Ecogeneration December 2024 by Prime Creative Media

From the editor

In a world rapidly transitioning to clean energy, Australia is poised to play a pivotal role in shaping the future of battery technology. May this year market a crucial milestone in that journey with the launch of Australia’s first-ever National Battery Strategy. The strategy is a bold step forward in recognising the country’s vast potential to become a global leader in the growing battery sector — an industry that is projected to quadruple in demand by 2030.

With the global transition to renewable energy gathering pace, batteries are emerging as the linchpin in our clean energy future. They are essential not only for storing renewable power but also for enabling electric vehicles, securing grid stability, and meeting the demands of an increasingly electrified world.

The National Battery Strategy outlines four key areas of opportunity for Australia: developing energy storage systems for renewables, upgrading raw minerals into processed battery components, enhancing safety and security in battery production, and meeting the growing demand for batteries in the transport sector. Together, these pillars form a comprehensive roadmap. To support these ambitions, the Federal Budget allocated funding to bolster Australia’s battery sector. The $523.2 million Battery Breakthrough Initiative, administered by the Australian Renewable Energy Agency will drive targeted production incentives for battery manufacturing. Meanwhile, $20.3 million will go toward the Building Future Battery Capabilities program, supporting research and innovation to accelerate Australia’s battery industry. Additional funding for the Future Battery Industries Cooperative Research Centre and the Powering Australia Industry Growth Centre will further strengthen our position in this space by developing critical industry standards, mapping national capabilities, and ensuring a skilled workforce.

The National Battery Strategy is not just about fostering technological innovation; it is about harnessing Australia’s natural resources and reshaping our economy to capitalise. With strategic investment and the right focus on research, innovation, and manufacturing capabilities, we can build a robust battery industry that powers not only our nation’s energy transition but also provides solutions for the world’s decarbonisation goals.

Molly Hancock ecogeneration Managing Editor

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News in brief

CEFC, Westpac lead Virescent’s $100M green fund charge

Virescent Ventures has announced the successful first close of its second climate technology investment green fund, raising $100 million from prominent public and private institutions.

The green fund, which aims to deploy a total of $200 million, has attracted cornerstone investments from Westpac and the Clean Energy Finance Corporation (CEFC).

Virescent Ventures, one of Australia’s largest and most active dedicated climate tech venture capital firm, plans to invest in innovative technologies crucial for the global transition to net zero.

The green fund will focus on areas such as clean energy transition, economy electrification, grid management improvement, transport decarbonisation, sustainable food and agricultural systems, and circular economy development.

Kristin Vaughan, Managing Partner of Virescent Ventures, emphasised Australia’s unique position to lead in climate technology and the importance of utilising it.

“Australia has abundant natural and renewable resources, deregulated energy markets, world-class universities and researchers, and government support for advancing clean technologies and industries. This is a generational opportunity for innovation, growth and impact, and we are excited to reach first close of Fund II,” she said.

New batteries power energy savings in SA

The South Australian Government, in collaboration with the Federal Government, has launched two new community batteries in Edwardstown and Magill.

These 405 kilowatts-hour (kWh) battery storage systems aim to provide energy bill relief by storing and utilising more affordable solar energy for around 600 eligible SA Housing Trust households.

Expect say these systems could save approximately $550 annually through an exclusive energy plan offering a retail tariff 25 per cent below the state’s Default Market Offer.

This initiative, under the Community Batteries for Household Solar program, represents an ongoing national push toward accessible renewable energy.

According to the Federal Government,

The new fund builds on the success of Virescent Ventures’ first portfolio, managed on behalf of the CEFC, which has invested more than $270 million across 34 Australian climate tech companies. Notable investments include Hysata, a leading hydrogen electrolyser manufacturer, and JET Charge, one of Australasia’s largest EV charging infrastructure company.

while rooftop solar powers one in three Australian homes, fewer than one in forty homes have battery storage.

Minister for Climate Change and Energy Chris Bowen said the rollout of community batteries is vital to making sure that everyone can share the benefits of renewable energy by storing rooftop solar energy during the day and dispatching at night where it’s needed.

“The rain isn’t constantly falling, yet we always have water on tap because it’s stored for when we need it – and batteries like the ones in Edwardstown and Magill will do the same thing for reliable renewable energy,” Bowen said.

The Federal Government said it has committed to deploying over 420 community batteries nationwide as part of a $200 million program, with $171 million managed through ARENA.

These batteries are expected to ultimately benefit up to 10,000 SA Housing Trust tenants through reduced energy tariffs.

A containerised battery system.

The new fund builds on the success of Virescent Ventures’ first portfolio, managed on behalf of the CEFC.

Consolidated Power Projects build and maintain HV infrastructure for renewables and utilities across the National Electricity Market.

Design, engineering, procurement, construction, commissioning and maintenance service capabilities.

We are energising Australia’s future.

Find out more.

NRMA fast chargers connect Adelaide and Melbourne

Electric vehicle (EV) drivers can now travel more easily between Adelaide and Melbourne, thanks to newly operational NRMA fast chargers network built along the route as part of the Federal Government’s Driving the Nation program.

The fast-charging stations, located at Wycheproof, Ouyen, Mildura, and Marong in Victoria, provide convenient charging options along national highways between the two capital cities.

Recently launched sites in Ararat, Victoria, Port Pirie, South Australia, and Mataranka, Northern Territory, further expand the charging network

The National EV Fast-Charging Network,

developed in partnership with NRMA and supported by a $39.3 million government grant, aims to ensure reliable EV charging along major Australian highways.

This initiative is part of a larger national push to establish over 1000 fast chargers across the country, helping reduce “range anxiety” for EV drivers.

Minister for Climate Change and Energy Chris Bowen said these new EV charging sites would keep battery charge up and range anxiety down among motorists.

“We’re committed to setting up reliable access to EV charging infrastructure along key travel corridors and regions,” Bowen said.

“The rollout of new NRMA chargers supports our commitment to improve consumer choice for cleaner, cheaper-torun cars.

“Our partnership with NRMA is working to deliver fast-charging EV stations up and down our national highways, establishing reliable charging infrastructure across Australia,” he said.

With five additional sites nearing completion, expected to open around the holiday season, and plans to add even more chargers next year, the NRMA initiative is on track to deliver a total of 117 fast-charging stations, making long-distance travel more convenient for Australian EV drivers.

Sun-powered future for MinRes’ WA iron project

Construction is now underway for a 3.8-megawatt solar array at Mineral Resources’ (MinRes) Ken’s Bore site, part of the broader Onslow Iron project in Western Australia.

The installation is expected to play a significant role in reducing carbon emissions for the mining operation.

Once completed, the solar array will feature over 6600 solar panels, which are anticipated to offset around 95 terajoules of natural gas, reducing annual carbon dioxide emissions by approximately 4990 tonnes.

According to MinRes, this initiative highlights its commitment to cleaner energy solutions for its operations.

General Manager Operations and Development Energy Rowan Hill said the technology, together with a battery energy storage system, is planned to become operational by January 2025 to supplement the WA mine’s power generation system.

“Together with natural gas, renewables play an important role in our energy

transition – especially solar power to support our remote locations,” Rowan said.

“At Onslow Iron, a range of renewable energy solutions is being designed to offset more adverse fuels and our Energy division continues to pursue cleaner and more reliable power sources.”

In addition to the solar infrastructure, the project includes a dedicated gas pipeline extending 16km underground from the Goldfields gas pipeline to Ken’s Bore power station, reducing reliance on diesel fuel.

The pipeline has been built with a

55-terajoules-per-day capacity, supporting potential electrification of the mine that will incorporate both gas and renewable energy sources.

Located 150km east of Onslow in the west Pilbara region, Onslow Iron is set to have an annual production capacity of 35 million tonnes, with an anticipated mine life of more than 30 years.

The project is being developed by MinRes in partnership with Red Hill Iron Joint Venture (RHIJV) partners, including China Baowu Steel Group, AMCI, and POSCO.

Ariel view of a solar farm.

This initiative is part of a larger national push to establish over 1000 fast chargers across the country, helping reduce “range anxiety” for EV drivers.

Peak shaving

Backup power supply

Diesel generator replacement

Frequency modulation

Asian giant to make major renewable move in SA

A memorandum of understanding (MoU) between the South Australian Government and Hyundai Engineering and Construction (Hyundai E&C) will pave the way for significant collaboration between the two in renewables, hydrogen, housing and infrastructure.

The MoU was recently signed by SA’s Trade and Investment Minister Joe Szakacs, at Hyundai E&C’s headquarters in Seoul, as part of his first trade mission to Korea and Japan.

Hyundai E&C is one of the world’s leading construction and engineering firms, with almost 15,000 employees in 34 countries, and having completed more than 880 projects across 62 countries.

Established in 1947 as the origin of the Hyundai Motor Group, the company has annual revenue of $35 billion and is a major player in civil engineering and infrastructure projects around the world.

Szakacs also discussed Hyundai E&C’s significant role in Korea’s residential

construction sector and opportunities to assist with delivery of South Australia’s Housing Roadmap.

The MoU establishes a significant partnership helping to facilitate future investment projects and job creation in South Australia.

SA has more than 70 per cent renewable energy in its system but has committed to 100 per cent net renewables by 2027 and to reduce net greenhouse gas emissions by at least 50 per cent by 2030.

Hyundai E&C has capabilities in renewables (solar and wind farms), battery energy storage, offshore wind, hydrogen, and transmission and distribution networks.

It also has capabilities in infrastructure for roads and rail tunnels, high speed rail, bridge, maritime and port, and underground space, as well as hospital, data centre, mixed-use development, and residential high-rise housing.

The MoU opens the door for Hyundai

E&C – through its strong relationship with Invest SA – to deepen its engagement with South Australian Government agencies to explore additional infrastructure projects, including in the housing sector.

“This MoU further enhances South Australia’s global standing as a leading jurisdiction in the transition to net-zero,” Szakacs said.

“This partnership with Hyundai E&C – a global industry heavyweight –demonstrates that major international players take our state’s commitment to decarbonisation seriously and want to join with us as we pursue these ambitious goals.

“The opportunities that will be explored for investment in renewable energy, infrastructure, housing and hydrogen projects in South Australia will create additional jobs and prosperity in our state and encourage South Australian businesses and industry to decarbonise their operations.”

SA has more than 70 per cent renewable energy in its system but has committed to 100 per cent net renewables by 2027.

New solar farms to power regional Victoria

The Victorian Government has confirmed construction has begun on some of Victoria’s largest solar projects, including the 250-megawatt (MW) Goorambat East Solar Farm.

Announced by Victoria’s Minister for Energy and Resources Lily D’Ambrosio, the Goorambat East project will be capable of powering all households in the Rural City of Benalla and Rural City of Wangaratta twice over with affordable renewable energy.

Led by energy company ENGIE, the project is expected to create approximately 250 jobs, bolstering regional employment during construction and operation.

Once operational in 2027, the solar farm will also contribute $75,000 annually to a community benefit fund for at least 25 years, ensuring sustained local impact

“Victoria’s future is renewable and the more renewable energy generation that comes online the more downward pressure is put on power bills for Victorians,” Minister D’Ambrosio said.

“It’s great to see companies like ENGIE invest in renewable energy generation projects in Victoria following the closure of their Hazelwood coal fired power generator in 2017.”

In tandem with the new construction, Minister D’Ambrosio also celebrated the completion of the nearby 99 MW Winton Solar Farm.

Developed by Fotowatio Renewable Ventures, the Winton Solar Farm recently concluded commissioning and now feeds

renewable energy into Victoria’s growing electricity grid.

This facility alone can power 52,000 homes and created 200 jobs during its construction, supported by the Victorian Renewable Energy Target (VRET1) program.

According to the Victorian Government, the VRET1 initiative has been pivotal in accelerating Victoria’s renewable energy goals, bringing online five major projects and adding 800MW of new renewable

capacity. This is enough to power over 570,000 homes.

Victoria’s renewable energy achievements to date are notable, with 82 large-scale projects operational, generating 5.5 gigawatts of energy and lifting the state’s renewable electricity generation to 39 per cent last year.

The government said it aims for 95 per cent renewable energy by 2035, and this transition is expected to create 59,000 jobs and drive down power costs for residents.

Nation’s first Indigenous energy retailer launches

Australia’s first Indigenous-owned energy retailer, Yurringa, has officially begun operations, a significant step for the industry.

Launched at the North East Link construction site in Victoria, Yurringa Energy is set to supply 100 per cent renewable energy for the state’s largest road project, in partnership with Alinta Energy.

The initiative, supported by the Allan Labor Government, highlights Yurringa Energy’s role in advancing the state’s renewable energy goals.

Established in 2018, Yurringa is Australia’s first Indigenous-owned and operated energy provider.

It aims to supply energy to commercial and industrial markets, while fostering employment and training opportunities for Indigenous communities in the renewable sector.

Victoria’s Minister for Employment, Vicki Ward, and Minister for Energy and Resources, Lily D’Ambrosio, attended the launch to celebrate Yurringa Energy’s success.

“We’re investing in First Nations-owned businesses and backing startups like Yurringa Energy to create new and meaningful employment opportunities for First Nation Victorians – especially in growing sectors like renewables,”

Minister Ward said.

“This will improve economic opportunities for First Nations people as well as the wider community.”

According to the Victorian Government, the energy provider’s involvement in the North East Link project aligns with the Labor Government’s Yuma Yirramboi Strategy, which aims to build economic parity for First Nations people. It supports Victoria’s commitment to achieve 65 per cent renewable energy by 2030, 95 per cent by 2035, and net-zero emissions by 2045.

The Goorambat East project will be capable of powering all households in the Rural City of Benalla and Rural City of Wangaratta twice over with affordable renewable energy.

The First Nations Clean Energy Network is an advocate for Indigenous peoples

WA’s “Charge Up” powers EV uptake

The Western Australian Government has announced a third round of “Charge Up” grants aimed at accelerating the state’s energy transition by expanding electric vehicle (EV) charging infrastructure.

This latest round, totalling over $7 million, is open to not-for-profits, small businesses, and local governments, offering support to install EV chargers across the state.

The Charge Up Grants cover up to 50 per cent of installation costs, encouraging the placement of EV chargers at key locations, including

workplaces, tourist destinations, and public sites along major travel routes.

Grant applications for this round opened on 8 October 2024 and will close on 30 June 2025.

Previous rounds have distributed over $4.5 million in funding, supporting the installation of 611 chargers across 341 locations statewide, from Port Hedland in the north to Walpole in the south.

Beneficiaries have included Brightwater Care Group, MSWA, Evedon Lakeside Retreat, and various local councils.

WA’s Minister for Energy, Environment, and Climate Action Reece Whitby said these grants are a great way to help organisations support the energy transition.

“This funding is available to support a wide range of users to install EV charging infrastructure where there is growing demand,” he said.

“By funding charging infrastructure and easing range anxiety for EV drivers, we are helping reduce carbon emissions and putting WA closer to achieving net zero emissions by 2050.”

City council partners with Origin to decarbonise

Queensland’s Logan City Council has entered into agreement with Origin Energy to advance the city’s renewable energy capabilities and support regional grid stability.

The first-of-its-kind partnership in Australia will span an initial three years, with a possible three-year extension, focusing on implementing large-scale solar and battery storage solutions at energyintensive facilities across the city.

Logan City Mayor Jon Raven said the innovative agreement made sense as Logan’s population continues to boom.

“As the fastest-growing city in Queensland and also one of the youngest and most diverse, people are moving here and putting demand on the energy grid,” he said.

“There is potential for us to take large Council sites such as our Loganholme Wastewater Treatment Plant off the grid at peak times.

“For example, when people are cooking dinner at 6pm and placing high demand on the grid, we can run the treatment plant on alternative energy sources for a few hours and then reconnect when demand drops.”

The agreement includes participation in Origin’s Demand Response program and integration with their Virtual Power Plant system, Loop.

This will allow the Council to shift energy consumption away from high-demand periods, contributing to grid stability.

Liam McWhirter, Origin Zero General Manager Enterprise and Strategic Partners, said the company is excited to support Logan City Council’s decarbonisation efforts while helping them reduce energy costs.

The partnership follows Logan City Council’s impressive environmental track record, including their 2022 carbon neutral certification and a 35 per cent reduction in emissions—equivalent to 85,000 tonnes of carbon emissions avoided.

This achievement earned recognition from the Australian Climate Council’s Cities Power Partnership in 2023.

The council’s future projects under consideration include next-generation battery storage technology, community batteries, and electric vehicle infrastructure.

Australia’s EV industry is at its critical moment.

Origin said the company is excited to support Logan City Council’s decarbonisation efforts while helping them reduce energy costs.

New consortium to transform SA into green iron hub

A newly formed consortium of leading Australian companies have announced plans to establish a major green iron hub in South Australia.

The initiative, dubbed Green Iron SA, brings together Magnetite Mines, Aurizon Holdings, Flinders Port Holdings, and GHD in an ambitious project targeting the state’s untapped Braemar Iron Region.

The consortium plans to leverage South Australia’s magnetite reserves and renewable energy resources to position the state as a key player in the global lowcarbon steel supply chain.

The project’s centrepiece involves developing the Razorback Iron Ore Project, which will provide highpurity magnetite essential for green iron production.

Port Pirie, an established industrial city, is set to be transformed into a green iron manufacturing and export hub.

The consortium aims to begin producing

direct reduction (DR) grade pellets and manufacturing direct reduced iron in the form of Hot Briquetted Iron (HBI) by the early 2030s.

“The time has arrived for South Australia to take advantage of its massive magnetite endowment. With six billion tonnes of magnetite resources ready to mine, Magnetite Mines is excited to take this important step toward building a world-class green iron industry in South Australia,” Tim Dobson, Managing Director of Magnetite Mines said.

“The Razorback Iron Ore Project will play a pivotal role in supplying the highgrade feedstock necessary for green iron production, which is set to become a key export commodity, supporting our balance of trade as Australia transitions away from fossil fuel exports.

“This project not only aligns with global decarbonisation goals but also positions South Australia as a leader in sustainable

mining and green iron production.”

The initiative faces several infrastructure challenges, particularly in water, power, and logistics.

The consortium has begun discussions with both state and federal governments to secure necessary partnerships and infrastructure support.

GHD’s Executive Leader Mike Nolan said the project has considerate potential global impact.

“The use of green hydrogen and renewable energy for steel production has enormous potential in terms of reducing carbon emissions, and we’re excited by the prospect of establishing new standards for the global iron and steel industry,” he said.

The initiative comes as global steel producers face increasing pressure to reduce carbon emissions, with green iron production emerging as a crucial solution for sustainable steel manufacturing.

The Razorback Iron Ore Project will play a pivotal role in supplying the high-grade feedstock necessary for green iron production.

Accelerate the transition

If you only looked at certain sections of the media and news cycle, you’d be forgiven for thinking that renewable energy was a new, untested technology suite. Clean Energy Council Chief Executive Kane Thornton writes.

But renewables are prevalent all over the world, including in Australia. They are proven and are already generating more than 40 per cent of our electricity.

Whenever the headwinds facing the industry seem insurmountable, I remind myself that despite those challenges, Australia has doubled the amount of renewables in the system in just ﬁve years.

With a Federal Election set for early next year, it is hugely important Australia continues to invest in and accelerate the amazing transition that is well underway.

This includes creating jobs, boosting local economies, supporting farmers and putting downward pressure on energy bills.

There is no feasible ‘plan B’ for energy in our country.

Renewable energy is here now and it is the future.

Trending upwards

So far, 2024 has oﬀered plenty of evidence for why we should remain conﬁdent in the transition.

According to our Renewable Projects Quarterly Investment Report for Q3 this year, investments in new generation projects continue to trend upwards, at $3.3 billion from July to September alone. That quarter brought more investment than the entirety of 2023. The rolling 12-month quarterly average for capacity of ﬁnancially committed generation projects has now increased for three quarters in a row.

In addition to these trend-indicating factors, we have also seen positive practical developments.

In October the ﬁrst turbine was switched on at what will be the largest wind farm in the Southern Hemisphere: Golden Plains in Victoria. Once complete, that project will

produce enough energy per year to power 765,000 homes – around 9 per cent of Victoria’s energy needs.

October also saw the record for instantaneous renewable penetration broken, with renewables reaching more than 73 per cent for a short time in early October, primarily driven by rooftop solar. The lights stayed on, and power prices fell.

On the policy front, we saw the New South Wales Government doubling down on its support for long-duration energy storage (LDES), following a review into the sector. The announcements closely matched those the Clean Energy Council has been advocating for, including increasing the current target for LDES in NSW by more than 40 per cent and retaining the deﬁnition of 8 hours for LDES in the NSW Energy Act, which will be key to maintaining certainty for investors.

CEC’s Chief Executive is saying renewable energy is here now and it is the future.

Long-duration energy storage is one of the crucial technology solutions to help support the growth of variable renewable energy like wind and solar, maintain energy security and minimise price impacts for consumers. As ageing coal generators exit our energy system, Australia must embrace new ways to provide equivalent energy and system services, and LDES is perfectly suited to meet those needs.

Celebration and reflection

Having made our way past 40 per cent renewables and heading now for 50 per cent, it’s only right that we celebrate the progress made.

From being a renewable energy laggard just a few years ago, Australia is now undergoing one of the fastest energy transformations in the world.

It’s also important to reﬂect on the huge amount of work that still needs to be done and acknowledge that while renewable energy is growing in Australia, we are not yet at the pace needed to achieve 82 per cent by 2030 and replace coal and gas as it phases out.

According to the Integrated System Plan published earlier this year by the Australian Energy Market Operator, we need to triple variable renewable energy by 2030 and increase it six-fold by 2050. To do that we need to address the headwinds the industry is facing, which include:

• Developing a clean energy workforce (which I wrote about in the October issue of ecogeneration)

• Reforming planning and environment regimes and approvals processes

• Securing community support through beneﬁt sharing, including stronger communication and education

• Speeding up and securing grid connections

• Building out the transmission network

None of these areas has a quick fi x and all are complicated by different factors in different jurisdictions.

Many require thinking outside the box, and I was enthused coming away from the recent All Energy Australia conference when I heard many attendees and speakers acknowledging that and proposing smart solutions.

The industry must get better at listening to communities, articulating what it plans to do and why, and partnering with communities on what real beneﬁts look like to them.

We must remember that ‘social license’, which we hear so much about, is not an end goal to be won, but a relationship built and nurtured over time, earned with trust.

We must acknowledge the stresses and impacts infrastructure projects can cause and ﬁnd solutions. For instance, Australia’s soon-to-be-closing coal-ﬁred power plants currently employ around 10,000 highly skilled workers with experience in the energy sector. They are prime candidates to join the clean energy workforce.

We also need to be alert and ready to respond when bad policies are suggested, such as the proposed reinstating in Victoria of controversial development restrictions on wind farms, which would hamper progress at the precise time projects need to be accelerated.

Renewable energy future

At the Clean Energy Council are committed to reporting on the state of the sector. That analysis is important to remind Australians that renewables aren’t a pie-in-the-sky plan but a current reality, already generating more than 40 per cent of our electricity.

This is a once in a lifetime transition, with an enormous amount at stake for us as a nation, and for the planet. We can achieve a smart, low-cost energy system that can power our lives and our economy. We can create thousands of jobs and revitalise rural and regional areas. We can cement our role as a global energy superpower.

There is plenty to do and I am conﬁdent that by working with our colleagues in industry, governments, non-governmental organisations, the education sector and right across the community, we can and will build a fully renewable economy in Australia.

Kane Thornton has more than a decade of experience in energy policy and leadership in the development of the renewable energy industry. His column is a regular feature in ecogeneration, where he analyses industry trends and explains the impacts of federal and state renewable policies on the energy sector.

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From sun to the sea

From the sun-drenched landscapes of the Northern Territory to the windswept shores of Tasmania, Australia’s renewable energy revolution unfolds across diverse terrains, forging a path towards a sustainable future that harnesses the nation’s unique resources.

Ecogeneration explores what the latest updates are on key renewable projects throughout the Northern Territory and Tasmania.

From solar farms to hydrogen projects and ﬂagship initiatives, this territory and state are growing in the renewable space.

The Marinus Link

The Marinus Link is a transformative undersea and underground electricity and data interconnector that will link North West Tasmania with Victoria’s Latrobe Valley.

By enabling bidirectional energy ﬂow, it will allow Tasmania to export its green hydropower to the mainland and import

surplus solar energy from Victoria, providing a signiﬁcant boost to the National Electricity Market.

This ﬂexibility will help balance energy supply, reducing the risk of shortages during high-demand periods and putting downward pressure on electricity prices.

Planned in two stages of 750 megawatts (MW) each, the Marinus Link is set to begin construction in 2026, following a ﬁnal investment decision in 2025.

The project will integrate Tasmania’s reliable hydro and wind resources into the broader National Electricity Market, enhancing Australia’s energy security and further supporting the state’s transition away from coal.

Jointly funded by the Australian, Tasmanian, and Victorian Governments, the Marinus Link is expected to bring $3.9 billion in economic investment and create over 3300 jobs in Tasmania and Victoria.

Alongside energy beneﬁts, Marinus Link will increase Tasmania’s optical ﬁbre connectivity to Victoria, strengthening data infrastructure for both regions and enhancing digital connectivity.

The Northern Midlands Solar Farm

The Northern Midlands Solar Farm, located on Connorville Station in Tasmania, is a landmark project aiming to deliver 288MW of solar energy — enough to power around 70,000 homes.

The Northern Midlands Solar Farm will be able to power around 70,000 homes.

This innovative venture, developed in partnership with TasRex and led by the O’Connor farming family, will feature 677,000 solar panels spread across 600 hectares, along with a state-of-the-art battery energy storage system.

This storage capacity will stabilise energy supply, allowing electricity to be fed into the grid even during non-sunny periods, thereby enhancing grid reliability and reducing reliance on energy imports from mainland Australia.

Notably, the project aligns with “agrisolar” principles, permitting sheep grazing within the solar farm area to continue, showcasing a blend of renewable energy generation with ongoing agricultural activities.

Designed with minimal ground impact, the solar installation will coexist with the station’s farming operations without compromising eﬃciency or livestock safety.

Additionally, a new 220 kilovolts transmission line will connect the farm to the Palmerston Substation, while preserving local conservation covenants and natural reserves.

Approved by the Northern Midlands Council, the project represents a vital step toward Tasmania’s ambitious 2040 Renewable Energy Target, positioning the state as a leader in sustainable, landeﬃcient energy production.

The Cethana Pumped Hydro Project

The Cethana Pumped Hydro project in Tasmania is Hydro Tasmania’s ﬂagship initiative under its Battery of the Nation vision, aimed at enhancing renewable energy storage to support Australia’s clean energy transition.

Located in the Mersey-Forth region, the project will leverage Lake Cethana as the lower reservoir, with a newly constructed upper reservoir to the west.

This setup will enable energy to be stored and generated on demand, ﬁlling supply gaps when wind and solar sources are insuﬃcient.

With an anticipated generating capacity of 750MW and a 20-hour storage capacity, Cethana will provide a powerful buﬀer for the National Electricity Market (NEM), ensuring reliability and ﬂexibility.

The project will involve constructing an underground power station connected by tunnels between the two reservoirs and a new transmission line linking to TasNetworks’ Staverton Substation.

Construction is expected to span six years, creating approximately 300 jobs and contributing to local economic growth.

Hydro Tasmania is working closely with the community on workforce accommodation plans and other project impacts, aiming to balance technical and environmental considerations with social sustainability.

The project will play a critical role in Tasmania’s—and Australia’s—renewable energy future by providing stable, longterm energy storage.

Australia-Asia Power Link

The Australia-Asia Power Link (AAPowerLink) is SunCable’s new and ambitious project to harness Northern Territory’s abundant solar energy, transmitting clean power over vast distances from Australia’s Darwin and internationally in Singapore.

Set to become the world’s largest renewable energy generation and storage precinct, the project will produce up to 6 gigawatts (GW) of continuous, renewable electricity.

A central component of AAPowerLink is a 5000-kilometre high-voltage direct current (HVDC) transmission system, capable of delivering power around the clock.

Approximately 4GW of this output will supply Northern Australia’s industrial sector, spurring green growth in areas like hydrogen, minerals processing, and data centres.

The remaining energy will travel through Indonesia’s waters to reach Singapore, supporting 24/7 green electricity supply and helping the city-state diversify its energy mix. The project integrates solar, wind, and battery storage to deliver a steady power ﬂow and has garnered extensive support due to its potential for economic and environmental impact.

Robertson Barracks Solar Farm

The Robertson Barracks Solar Farm, now operational, is contributing a signiﬁcant 10 MW of renewable energy to the DarwinKatherine electricity network.

This solar installation, the largest on an Australian Defence Force (ADF) base, is expected to meet up to 40 per cent of Robertson Barracks’ energy needs, enhancing both energy resilience and sustainability within Defence facilities.

Comprised of over 27,000 solar panels, the project not only aligns with Defence’s commitment to cleaner energy but also feeds surplus power into the local grid, providing aﬀordable renewable energy to nearby communities.

The project forms part of a broader push by Defence to transition to renewable energy, demonstrating eﬀective collaboration between Defence and industry partners.

This installation, supported through a power purchase agreement, follows the earlier launch of a 3.2MW solar farm at RAAF Base Darwin, marking continued progress toward the Northern Territory Government’s renewable energy targets.

Beyond energy generation, the Robertson Barracks Solar Farm has delivered economic beneﬁts, creating jobs for local tradespeople and supporting the local economy during its construction.

Darwin H2 Hub

The Darwin H2 Hub, developed by TE H2, is set to become the Northern Territory’s ﬁrst large-scale, solar-powered green hydrogen production and export facility.

Using up to 4.5GW of solar energy from an upstream solar farm, this project will

power a 1GW electrolyser, producing over 80,000 tonnes of renewable hydrogen annually.

The hydrogen will serve both Australian and international markets, helping companies decarbonise through a clean, green fuel source.

The hub consists of three main components: a downstream hydrogen processing and export facility, an expansive solar farm, and the necessary transmission infrastructure.

The downstream facility, planned for the Middle Arm Sustainable Development Precinct, will feature puriﬁed water treatment systems, hydrogen storage, an ammonia synthesis unit, and an export facility to facilitate the global shipment of green hydrogen.

With its strategic location and scale, the Darwin H2 Hub positions the Northern Territory as a key player in the emerging green hydrogen economy.

The Darwin H2 Hub is set to become the Northern Territory’s first large-scale, solar-powered green hydrogen production and export facility.

The Cethana Pumped Hydro Project will enable energy to be stored and generated on demand.

Revolutionizing Network Installation:

Tesmec's Advanced Mechanical Laying

Transform

Forging solar success

In an era defined by rapid renewable energy advancements, JA Solar is driven by a commitment to strategic collaboration, pioneering research, and sustainable practices.

Global solar panel leader JA Solar is strengthening its leadership in the industry. It is not only driving solar technology innovation but also fostering robust connections within research, commercial, and environmental spheres.

Building academic ties

As part of its ongoing focus on technological innovation, JA Solar has launched an exciting partnership with UNSW, one of Australia’s leading research institutes in photovoltaic (PV) technology.

The milestone was marked by the unveiling of their joint lab.

JA Solar’s Chairman Jin Baofang, UNSW’s Executive Vice President Vlado Perkovic, and Professor Martin Green, a globally respected authority in PV often referred to as the “Father of PV”, were instrumental in the partnership.

The joint lab aims to accelerate the development and market deployment of advanced solar technologies, with transformative potential for the renewable energy sector.

According to JA Solar, this strategic partnership symbolises a new era of collaboration between academia and industry, leveraging UNSW’s cutting-edge photovoltaic research expertise and JA Solar’s commitment to innovation.

Baofang highlighted the strong partnership between JA Solar and UNSW, emphasising the university’s leading research in renewable energy and expressing hope that their collaboration will drive technological advancements and support sustainable development.

JA Solar has partnered with UNSW, launching a joint lab for PV technology research.

Images: JA Solar

Building business alliance

In addition to strengthening academic ties, JA Solar has expanded its commercial presence in Australia through strategic partnerships.

A recently signed 1GW distribution agreement with One Stop Warehouse (OSW), one of Australia’s largest solar distributors, has underscored JA Solar’s commitment to growth within the local market.

This new partnership, covering 2025 to 2027, builds upon ﬁve years of close collaboration between the two parties and represents a substantial expansion of JA Solar’s operational footprint in the region.

The distribution agreement has already shown promising results, establishing JA Solar as a leading player in Australia’s residential solar distribution market.

Both OSW and JA Solar view this agreement as a foundation for further global expansion, with plans to extend operations into Europe, the United States, and the AsiaPaciﬁc region.

Anson Zhang, Co-Founder and CEO of OSW, expressed pride in the company’s partnership with JA Solar.

“Expanding our collaboration into Europe marks an exciting new chapter for us. I look forward to working alongside JA Solar to create greater value and drive signiﬁcant growth in the global clean energy sector,” he said.

Baofang highlighted the milestones JA Solar and OSW have achieved together in advancing distributed solar PV in Australia.

“This newly signed agreement not only strengthens our strategic trust and

collaboration but also highlights our shared commitment to excellence. At JA Solar, we remain dedicated to empowering our partners as we pursue mutual growth and a sustainable future,” he said.

Leading in ESG

JA Solar’s impact goes beyond its commercial and research endeavours, it also extends into the realm of environmental, social, and governance (ESG) responsibilities.

The company’s dedication to sustainable business practices was recently recognised through the prestigious 2024 IPC China ESG Benchmark Enterprise Award, an accolade shared with eight other top companies across the electronics, semiconductor, and renewable energy sectors. This award highlights JA Solar’s commitment to responsible corporate citizenship and its eﬀorts to integrate ESG principles across its operations.

Central to JA Solar’s approach is its “Green to Green, Green to Growth, Green to Excellence” (G2G) sustainability model, which informs its operational strategies and long-term objectives.

According to JA Solar, this model reﬂects its dual role as a provider of clean energy solutions and an advocate for environmental responsibility, demonstrating how commercial success and environmental stewardship can harmoniously coexist.

Through these three pillars — research innovation, business partnerships, and environmental stewardship — JA Solar continues to shape Australia’s renewable energy landscape.

Its holistic approach to market development, combined with an unwavering commitment to sustainability, positions the company as a pivotal force in driving the global transition to clean energy. As the renewable energy sector evolves, JA Solar’s strategic initiatives in Australia exemplify a balanced model of technological advancement, commercial growth, and environmental responsibility, setting a benchmark for industry leadership in the pursuit of a sustainable energy future.

Founded in 2005, JA Solar has consistently demonstrated its leadership in the solar PV industry through cutting-edge technologies and high-quality products.

With over 201GW of PV modules shipped worldwide by Q1 2024, JA Solar has been instrumental in driving renewable energy adoption on a global scale.

The company’s modules serve a wide range of applications, from residential installations to utility-scale projects, in more than 165 countries, supporting the global ﬁght against climate change by reducing carbon emissions.

With its strong foundation in Australia, JA Solar is well-positioned to expand its inﬂuence across global markets. The company’s holistic approach — balancing innovation, commercial strategy, and sustainable development — oﬀers a comprehensive blueprint for success in the renewable energy sector.

For more information, visit jasolar.com

JA Solar’s 1GW distribution agreement with OSW highlights its commitment to local market growth.

Supercharging Australia’s renewable shift

As the energy industry moves toward sustainable sources, and with the entire country set to achieve a net-zero emissions target by 2050, achieving scale and reliability remains a core challenge.

Australia’s renewable energy shift has led to a rising demand for battery energy storage solutions (BESS), and Consolidated Power Projects (CPP) Australia plays a pivotal role as a key installation service provider.

One of CPP’s most ambitious projects to date is the Waratah Super Battery project, for which it has undertaken the installation of the BESS and design and construction of associated balance of plant works,

including grid connections, thereby oﬀering a comprehensive solution. The Waratah Super Battery project is a transformative energy solution designed to bolster grid stability and energy reliability for New South Wales.

At the heart of the project is the System Integrity Protection Scheme (SIPS) Communications System, operated by Transgrid, which uses advanced detection technology to monitor network contingencies and faults.

Upon detecting issues, this system coordinates a dual response — signalling paired generators to modulate output and instructing the Waratah Super Battery to discharge, supplying immediate power to meet grid demands.

According to Wallie van Hoving, President of CPP, the Waratah Super Battery is now one of the world’s most powerful BESS’.

“With an active power capacity of over 850 megawatts (MW) and a usable energy storage

CPP’s expertise in high-voltage infrastructure and complex BESS projects ensures grid stability and reliability.

Images: Consolidated Power Projects

capacity of 1680 megawatt-hours (MWh), this project represents a signiﬁcant step forward in renewable energy innovation,” he said.

“It’s an inspiring initiative to be a part of and cements CPP’s status as a leader in the renewable energy sector.”

Beyond its essential function in the SIPS, the battery also participates in the National Electricity Market, contributing its excess capacity to meet broader energy demands.

CPP’s role has been instrumental in realising the technical backbone of the project, overseeing the design and construction of vital infrastructure.

This includes not only the 850MW BESS but also a new 330kV substation and an overhead line connecting to the Munmorah Substation.

Additional milestones include the construction of 12 ring main unit (RMU) buildings, three switchgear buildings, and a dedicated control building — each a testament to the project’s scale and complexity.

Delivering a project of this magnitude is no small feat, particularly given the complexities in both its design and construction.

Since breaking ground on the Waratah Super Battery in June 2023, CPP has leveraged its extensive experience in highvoltage electrical infrastructure to overcome signiﬁcant engineering challenges.

This expertise stems from their pioneering work in 2017, when CPP, in collaboration with Tesla, constructed the Hornsdale BESS in South Australia — one of the world’s ﬁrst “big batteries.”

This ground-breaking installation continues to play a crucial role in stabilising South Australia’s electrical grid during peak demand periods.

CPP’s partnership with Akaysha Energy has further strengthened its position in the BESS sector.

Their collaboration extends across multiple projects, including Brendale, Ulinda, and Orana, establishing a synergy that elevates project execution standards and fosters innovation in Australia’s renewable energy landscape.

Nick Carter, CEO and Managing Director of Akaysha Energy, highlighted the partnership’s value.

“Our collaboration with CPP encompasses all aspects of technical design, engineering, construction, and delivery. The Waratah Super Battery project particularly highlighted the importance of this relationship, given its role as both a nation-building initiative and

critical transmission infrastructure,” he said.

“CPP’s expertise was instrumental in delivering complex components, from the battery system to the high voltage substation and medium voltage balance of plant. Their attention to crucial elements like design redundancy, cybersecurity, and operational eﬃciency has been exemplary.”

CPP has established itself as a trusted partner for some of Australia’s largest renewable energy and power transmission companies, oﬀering comprehensive turnkey services across the power utility, renewable energy, industrial, and resource sectors.

The company’s success with the Waratah Super Battery project not only demonstrates its capability to deliver complex energy

infrastructure but help meet current demands while anticipating future needs.

The company’s track record in delivering innovative energy storage solutions, from the pioneering Hornsdale project to the record-breaking Waratah Super Battery, helps position it at the forefront of Australia’s energy transition.

As the nation continues its journey toward a sustainable energy future, CPP’s expertise in implementing large-scale BESS proves increasingly valuable, enabling the integration of renewable energy sources while ensuring grid stability and reliability.

CPP is one of Australia’s leading installers of grid-scale battery energy storage systems.

The Waratah Super Battery project is a transformative energy solution designed to bolster grid stability and energy reliability for New South Wales.

Powering Australia’s future

With Australia moving towards a cleaner energy future, battery energy storage systems have become essential for creating a reliable and resilient grid. These systems store renewable energy and release it when needed, stabilising the grid and supporting the integration of wind, solar, and other renewable sources.

Enerven, a leader in the design, construction, and maintenance of large-scale battery energy storage systems (BESS) projects, is playing a key role in this transformation.

“At Enerven, we’re not just designing for today, we’re building the energy landscape of tomorrow,” Enerven CEO Richard Amato said.

“Our expertise in battery energy storage allows us to provide innovative solutions

that meet current energy demands while also anticipating the future needs of the grid. We’re proud to be at the forefront of Australia’s renewable energy transition.”

Enerven’s comprehensive services, which spans the generation, transmission, and distribution of power, are critical to connecting communities and empowering them to embrace renewable technologies.

The company’s growing portfolio includes high-proﬁle projects such as the 250MW

Torrens Island BESS in South Australia.

This installation not only facilitated renewable energy integration but also addressed the challenge of connecting to aging grid infrastructure.

“The Torrens battery system is a testament to how we can seamlessly integrate new battery storage with older grid systems, ensuring stability and reliability in a renewable-powered future,” Amato told ecogeneration

Enerven’s Andres Castano David (Quality Engineer) and Scott Burnside (Construction Manager) on site.

Images:

Enerven

“As Australia’s grid infrastructure ages, our ability to deliver such innovative solutions becomes increasingly important.”

Enerven is also delivering two of the largest battery systems in the country - the 500MW Liddell BESS and the Eraring BESS in New South Wales.

The Eraring project, delivered in two stages, will provide over 2GWh of energy storage by the end of 2025, supporting grid stability and the integration of variable renewable energy sources.

“The Liddell and Eraring projects are key milestones in Australia’s energy transition,” Amato said.

“These grid-scale batteries help ensure the grid can accommodate a higher share of renewable energy while maintaining stability and reliability.”

Innovation is at Enerven’s core. Their expertise in renewable energy integration and high-voltage infrastructure has also enabled them to tackle projects like the 10MW lithium-ion BESS at the Lincoln Gap Wind Farm, which enhances fast frequency response capabilities and ensures smooth integration into the National Electricity Market.

Adding to the company’s extensive list of BESS projects, Enerven was also recently awarded the balance of plant (BoP) contract for Amp Energy’s Bungama BESS project.

The 150MW/300MWh project, located near Port Pirie in South Australia, marks Enerven’s ﬁfth large-scale battery storage project under construction.

“South Australia is where it all began for Enerven, and this project is a tremendous opportunity to showcase our capabilities locally,” Amato said. “With ﬁve battery projects now under construction across the country, we are establishing ourselves as a leader in Australia’s energy storage market.”

“Every project we deliver is a step towards a more sustainable energy landscape,” Amato said.

Enerven’s ability to design, construct, and maintain battery systems that integrate seamlessly with Australia’s evolving energy grid underscores their leadership in the sector.

“Our people are the driving force behind our success,” Amato said.

“Their passion, expertise, and commitment to excellence set us apart and ensure that we remain at the forefront of energy storage and renewable solutions.”

Through its comprehensive services, Enerven is helping lead Australia’s transition to renewable energy, not only by powering homes and businesses but by empowering communities to embrace sustainable practices.

“We’re building the connections that shape the energy of the future,” Amato said. “Our work ensures that Australia’s energy transition is not only smooth and resilient but also sustainable for generations to come.”

For more information, visit Enerven.com.au

Enerven’s Electrical Engineer, Lindsay Millard on site.

Enerven’s comprehensive services, spans over generation, transmission, and distribution of power.

Power plays: Battery edition

The nation’s renewable energy landscape is set for a major shift with the development of big battery energy storage systems.

With battery energy storage system (BESS) projects on the rise throughout Australia, ecogeneration takes a look at some of the major developments across Western Australia, New South Wales, Victoria and Queensland.

Western Australia: CBESS

Western Australia is undertaking a major renewable energy initiative with the construction of the colossal Collie Battery Energy Storage System (CBESS), developed by Synergy.

Located in Collie near Perth, the $1.6 billion CBESS forms a crucial part of the state’s strategy to phase out coal-ﬁred power generation by 2030.

Once operational in 2025, the CBESS will rank among the largest battery storage facilities globally. Its 500 megawatt (MW)

capacity, equivalent to 2000 megawatt-hours (MWh) of storage, could power 785,000 homes for four hours from a full charge.

This massive energy reserve will signiﬁcantly bolster grid stability as Western Australia transitions to greater reliance on renewable sources.

Spanning over 40,000 square meters, the CBESS design incorporates 640 containerised battery units from CATL using liquid cooling technology, alongside 160 inverters from Power Electronics.

The state government has awarded over $1 billion in contracts for this and other largescale battery projects.

Beyond its energy storage capabilities, the CBESS brings substantial economic beneﬁts to the Collie region.

Over $160 million in contracts have gone to local companies for installation, commissioning and infrastructure work.

At peak construction, up to 500 jobs will be created, providing an economic boost.

The project aligns with Western Australia’s decarbonisation roadmap to retire coal plants by 2030, reducing Synergy’s emissions by 80 per cent.

Storing excess solar energy for evening peak periods maintains grid reliability during this renewable transition.

Crucially, it supports Collie’s economic diversiﬁcation away from coal under the state’s Just Transition Plan.

The CBESS forms part of Synergy’s broader battery rollout including facilities at Kwinana, complementing private developments by Alinta and Neoen.

This major investment highlights Western Australia’s comprehensive strategy to integrate large-scale energy storage as it accelerates its clean energy transformation.

Victoria: The Victorian Big Battery

The Victorian Big Battery, developed by French renewable energy company Neoen, is a large-scale energy storage project aimed at enhancing Victoria’s power grid reliability and supporting the state’s renewable energy transition.

Located near Geelong, this battery system began operations in December 2021, representing a step forward in Australia’s clean energy eﬀorts.

With a capacity of 300MW and 450MWh of storage, the Victorian Big Battery is one of the larger lithium-ion battery installations globally.

The facility is designed to store enough energy to power over one million Victorian homes for half an hour, providing additional capacity during peak demand periods and supporting grid stability.

The project, which cost approximately $160 million, received investment from the Clean Energy Finance Corporation (CEFC), Australia’s green bank.

Occupying an area smaller than Geelong’s GMHBA Stadium, the Victorian Big Battery uses 212 Tesla Megapack storage units, each with a capacity of 3MWh.

This installation marks the ﬁrst largescale use of Tesla’s Megapack technology in

The Victorian Big Battery’s primary function is to provide grid support services.

The Stanwell BESS will utilise advanced technology, incorporating 324 lithiumion Tesla Megapack 2XL units.

Australia, which contributes to the country’s broader adoption of energy storage solutions.

The battery’s primary function is to provide grid support services.

Under a contract with the Australian Energy Market Operator (AEMO), around 80 per cent of the battery’s capacity is reserved during summer to deliver 250MW of System Integrity Protection Scheme (SIPS) services.

This setup is intended to increase the transfer capacity on the Victoria-New South Wales interconnector during high-demand periods, helping to reduce the risk of power outages.

Economic beneﬁts are also projected from the Victorian Big Battery.

Independent analysis indicates that for every dollar invested, the battery could provide more than two dollars in beneﬁts to Victorian households and businesses.

Large industrial consumers may save up to $280,000 annually on electricity costs, while the Portland aluminium smelter could potentially see savings of around $1 million per year.

The project has brought economic activity to the Geelong region as well. During construction, it created over 150 jobs and now supports six full-time permanent positions.

Queensland: The Stanwell Big Battery Stanwell Corporation, Queensland’s stateowned energy company, is building its own big battery near Rockhampton.

This landmark project, part of Stanwell’s transformation into a Clean Energy Hub, represents a considerable advancement in Queensland’s renewable energy transition.

The Stanwell BESS, with a capacity of 300MW and 1200MWh of storage, is Queensland’s largest committed battery project to date.

This system can supply energy to the grid for up to four hours, providing crucial stability and reliability as the state works

towards its ambitious goal of 80 per cent renewable energy by 2035.

Valued at $747 million, the project received substantial support from the Queensland Government, which invested $448.2 million from its Renewable Energy and Hydrogen Job Fund.

The Stanwell BESS will utilise advanced technology, incorporating 324 lithium-ion Tesla Megapack 2XL units.

These battery units will be strategically positioned at the Stanwell Power Station site, leveraging existing infrastructure and connections to maximise eﬃciency and cost-eﬀectiveness.

Beyond its technical specifications, the Stanwell BESS project brings significant economic benefits to the region.

During the construction phase, the project is expected to create up to 80 full-time jobs, with an additional six permanent positions for ongoing operations.

This inﬂux of employment opportunities provides a welcome boost to the local economy, particularly as the region transitions away from traditional coal-based industries.

The Stanwell BESS is part of a broader battery rollout across Queensland. It joins other signiﬁcant projects, including the 300 MW/600 MWh Tarong BESS, which is already halfway through construction.

Together, these projects form a crucial component of Stanwell’s ambitious goal to achieve 5GW of energy storage capacity by 2035.

New South Wales: Waratah Super Battery

Developed by Akaysha Energy, a subsidiary of BlackRock, the Waratah Super Battery boasts impressive speciﬁcations.

With a capacity of 850MW and 1680MWh of storage, it surpasses many existing largescale battery projects worldwide.

Located approximately 100km north of Sydney, near the retiring Eraring coal-ﬁred power station, the battery system occupies a sprawling 138,000 square metre siteequivalent to over eight AFL ﬁelds.

The primary function of the Waratah Super Battery is to act as a “shock absorber” for the electricity grid.

As part of a SIPS, it will respond rapidly to sudden power surges caused by events such as bushﬁres or lightning strikes, ensuring grid stability and reliability.

Moreover, by increasing the transmission capacity of the existing network, the battery will enable more eﬃcient power ﬂow from generators to consumers across NSW.

Construction of the Waratah Super Battery commenced in June 2023, with the project on track for completion in 2025.

The development has already reached signiﬁcant milestones, including the energisation of the new Waratah Substation and registration on the National Electricity Market.

These achievements pave the way for further testing and commissioning works.

The project involves collaboration between several key partners.

Powin LLC is providing the battery hardware and software, utilising their Centipede BESS platform and Stack OS control system.

Consolidated Power Projects Australia is responsible for site works, battery installation, and electrical infrastructure.

Beyond its technical prowess, the Waratah Super Battery project brings substantial economic beneﬁts to the region.

It is expected to stimulate up to $1 billion in private investment and support over 100 jobs during construction. Furthermore, by allowing Akaysha Energy to trade excess capacity in the electricity market, the project is designed to put downward pressure on electricity costs for NSW consumers.

CBESS’ massive energy reserve will significantly bolster grid stability as Western Australia transitions to greater reliance on renewable sources.

Building a stronger energy backbone

In the pre-dawn darkness of a September morning, an industrial colossus began its odyssey across Australia’s eastern seaboard.

A168-tonne “superload” transformer weighing embarked on a preciously coordinated 2500-kilometre journey. This wasn’t merely moving machinery; it was a carefully orchestrated symphony of logistics that had been two years in the making. The Generator Step-Up transformer, crafted by Wilson Transformer Company (WTC), required a 60m super convoy — longer than an Olympic swimming pool — to navigate through three states.

For two and a half weeks, this mechanical leviathan marched its way from Melbourne’s suburbs to Queensland’s Stanwell Power Station.

The successful delivery doesn’t just represent a triumph of planning.

Ares Group were the transport providers, with Kennedy’s Trailers who manufactured the trailer in Victoria.

It’s a story of Victorian excellence.

It stands as a testament to Australia’s

manufacturing muscle and logistical ﬁnesse, in an era when many believed such capabilities had waned.

The newly installed transformer, part of a $10 million investment, aimed at bolstering Queensland’s energy infrastructure.

As a backup at Stanwell, the transformer will enhance the stability of the National Electricity Market (NEM) and contribute to Queensland’s energy resilience.

Stanwell Power Station’s impressive

Wilson Transformer Company’s 167-tonne 375/400 MVA 300/21kV Power Transformer.

99.7 per cent reliability rating in 2023, this, made WTC — a company with deep roots in Australian manufacturing and delivery performance since 1933 — the natural choice for this critical component.

WTC’s involvement in this project highlights its pivotal role in Australia’s energy landscape.

With cutting-edge facilities in both regional Victoria and metropolitan Melbourne, WTC has become the country’s largest transformer manufacturer.

Today, it plays a key role in numerous essential infrastructure projects across both traditional and renewable energy sectors.

In the renewable energy space, WTC has been making substantial strides.

The company is engaged in signiﬁcant projects like the Ryan Corner Wind Farm, where it will supply two 120 MVA (132/33kV) transformers.

Global Power Generation (GPG) Australia, developer of the wind farm, expressed optimism about the role of WTC in the project.

“We are delighted that Wilson Transformer Company will supply these two transformers to the Ryan Corner Wind Farm,” the company said.

“The renewable energy transition is well underway and there are signiﬁcant opportunities for Australian companies to design and manufacture products and services to meet the rapidly growing demand.”

Beyond wind energy, WTC’s expertise spans across the renewable energy sector, including solar farms and battery storage systems. The company designs and manufactures integrated power solutions speciﬁcally for Australia’s growing renewable market. Its locally produced systems

incorporate key components like inverters, transformers, and switchgear, supporting both the country’s clean energy transition and regional employment.

The company is supplying transformers for large-scale battery energy storage systems (BESS), which are key to enhancing grid stability and accommodating renewable energy sources.

This diversiﬁcation aligns with WTC’s commitment to supporting Australia’s evolving energy needs.

The successful delivery of the Stanwell transformer comes at a time when global supply chain disruptions pose challenges to manufacturing worldwide.

WTC’s role, as one of few transformer manufacturers in Australia, not only strengthens local energy security, but also reduces dependence on international supply chains.

With this capability, Australia gains greater resilience against the uncertainties aﬀecting global trade.

Looking back, all of WTC’s past and current successes represent a note in a great chorus, a musical about Australia’s transformation into a global renewable energy superpower.

From its Victorian manufacturing facilities to its nationwide service network, WTC continues to generate signiﬁcant employment opportunities, particularly in regional communities.

The company’s portfolio — spanning wind farm transformers, solar power skids, transmission and distribution network transformers, packaged substations, and industrial transformers and energy storage solutions — demonstrates its adaptability in an increasingly diverse energy market.

This versatility, coupled with its proven track record in traditional power infrastructure, makes WTC an integral player in Australia’s energy transformation.

The successful integration of the Stanwell 168-tonne transformer speaks to a broader narrative — one where Australian manufacturing capability meets the demands of an evolving energy landscape.

WTC’s role extends beyond mere equipment supply; it represents the preservation of critical industrial expertise within Australian borders.

The backbone is still solid, and the heart is beating strong.

As global supply chains face ongoing challenges, WTC’s domestic manufacturing capability becomes increasingly crucial to Australia’s energy security and resilience.

With each project, WTC reinforces its commitment to powering Australia’s journey toward a sustainable and secure energy future.

For more details, visit wtc.com.au

The power transformer arriving at site after travelling 2500km to it’s new home in Queensland.

The superload power transformer departing the Wilson Transformer Company Glen Waverley facility.

Go green, go LocAl, go Australian

As you ascend into the skies above Melbourne, a sea of solar panels adorning on the rooftops of iconic brands comes into view.

Many of these installations, mounted with precision and innovation, are the handiwork of Sunlock, one of Australia’s leading commercial solar mounting manufacturers.

In an industry where eﬃciency and reliability are paramount, Sunlock stands out, setting new benchmarks for excellence.

Founded on the principles of innovation and customer-centric service, Sunlock has carved a niche within Australia’s renewable energy landscape.

Their journey is not just about mounting systems; it’s an innovation in how solar installations are approached.

“We’re fresh, we’re innovative, we are very diﬀerent in how we approach the market,” Sunlock General Manager Mani Kaparakis said.

This philosophy has propelled Sunlock to the forefront of the solar

mounting industry, driven by its unique C-Channel design, which is engineered to bear substantial loads —ideal for commercial installations.

The company’s rapid ascent, growing to become a pivotal supplier of commercial

solar mounting solutions in just three years, has been attributed to its unwavering commitment to quality.

“We only make commercial solar mounting systems for commercial solar,” Kaparakis said.

Sunlock’s alliance with Capral Aluminium highlights its commitment to local manufacturing and environmental sustainability.

Sunlock’s adoption of LocAl® Green has enhanced sustainability while preserving its efficiency and effectiveness.

This commitment to eﬃciency translates into faster installation times, a key factor that installers value highly.

What truly distinguishes Sunlock in the industry is not only its innovative vision but also its strategic acumen in choosing business partnerships.

The company’s alliance with Capral Aluminium stands as a testament to this wisdom — a partnership that has signiﬁcantly strengthened Sunlock’s commitment to local manufacturing and environmental sustainability.

Central to this transformative collaboration is Capral’s ground-breaking LocAl® Green initiative, launched in 2022.

This innovative advancement in sustainable aluminium manufacturing represents a signiﬁcant milestone for Australia’s industrial sector.

The LocAl® product line oﬀers two revolutionary options: LocAl® Green and LocAl® Super Green, which achieve remarkable carbon footprints of 8kg and 4kg CO2e/kg Aluminum respectively - ﬁgures that substantially outperform the global industry average of 12.46 CO2e/kg aluminium, positioning these products among the world’s lowest-carbon aluminium solutions.

The scale of this achievement is reﬂected in Capral’s production metrics: an impressive 28 per cent of its primary aluminium billet production now maintains a carbon content below 8kg CO2e/kg Al, with approximately 300 tonnes achieving

certiﬁcation at less than 4kg CO2e/kg Al.

This breakthrough has made lowcarbon aluminium accessible across diverse Australian manufacturing sectors, opening new possibilities for sustainable production.

As Australia’s premier aluminium extruder, Capral has ensured that LocAl oﬀers manufacturers a practical pathway to reduce their environmental impact without compromising on quality.

The comprehensive product line, encompassing Capral’s entire locally manufactured extruded aluminium range, delivers both versatility and consistency in sustainable manufacturing.

This initiative perfectly aligns with Capral’s ambitious commitment to achieving net-zero emissions by 2050, while providing immediate, tangible solutions for manufacturers looking to enhance their sustainability credentials.

For Sunlock, the adoption of LocAl Green has been transformative, elevating its mounting solutions to new heights of sustainability while maintaining its reputation for eﬃciency and eﬀectiveness.

The impact is quantiﬁable. By transitioning to LocAl Green, Sunlock will achieve a remarkable reduction of

3000 tonnes in carbon emissions this year alone — a clear demonstration of their environmental leadership.

“One thing which stood out for us whilst we were considering the switch to LocAl Green was the fact that we could drastically reduce our carbon emissions without any change to our product quality, performance or speciﬁcations,” Kaparakis said.

The successful implementation of LocAl in the manufacturing processes, as demonstrated through partnerships like Sunlock, validates the viability of low carbon aluminium in the Australian industry.

With LocAl Green and LocAl Super Green now established in the market; Capral is continuing to expand the accessibility of sustainable aluminium solutions across various manufacturing sectors.

As industry demand for sustainable materials grows, Capral’s commitment to providing low carbon aluminium options supports Australia’s manufacturing sector in meeting evolving environmental standards.

For more information, visit capral.com.au

Images: Capral

Capral’s LocAl® Green initiative offers lowcarbon aluminium, significantly reducing CO2e compared to global averages.

The cable champions

How an obscure piece of an engineering kit is powering the renewable revolution.

The green energy revolution has its photogenic heroes: gleaming solar arrays that stretch to the horizon, wind turbines standing sentinel on hillsides, and battery farms that are of force.

But as with many revolutions, the real agent of change lurks underground. The unglamorous business of laying cables — the veins of renewable infrastructure — is undergoing its own quiet upheaval.

Enter TESMEC, a company whose mechanical laying process (MLP) is cutting edge.

The

new tech

The completion of New Zealand’s Harapaki Wind Farm project showcases the transformative potential of this technology.

In this challenging terrain, 1000m above sea level, TESMEC successfully

deployed 220km of cabling to connect 41 wind turbines, demonstrating the process’s adaptability to complex renewable energy installations.

Traditional cable installation methods involve multiple excavators, numerous workers, and a ﬂeet of trucks working in careful coordination.

However, this approach brings signiﬁcant challenges, including increased safety risks from workers entering trenches, extended project timelines, and substantial environmental disruption.

TESMEC’s MLP, pioneered by Marais Group in the 1970s and continuously reﬁned since then, oﬀers a compelling alternative.

At its core, the MLP utilises a sophisticated trenching machine equipped with an automated laying box, dramatically simplifying what was once a complex orchestration of equipment and personnel.

Speed, safety, precision

The mechanical process oﬀers several key advantages over traditional excavatorbased methods.

One major beneﬁt is speed, with up to 2500m of cable laid daily in soft soil conditions and 400m in harder rocky terrain.

This increased pace translates to signiﬁcant cost savings of up to 40 per cent compared to conventional trenching and laying techniques requiring more machinery and labour.

Safety is another paramount advantage, as the laying box guides cables into the trench mechanically, eliminating the need for workers to enter potentially unstable trenches. This safety aspect was crucial for the Charlotte Pass backup power cable replacement, conducted in an environmentally sensitive national park area.

TESMEC’s MLP utilises a sophisticated trenching machine equipped with an automated laying box, dramatically simplifying what was once a complex orchestration of equipment and personnel.

Precision is a hallmark beneﬁt, with GPSguided TESMEC trenchers and adjustable laying boxes ensuring cables are positioned at exact planned depths and alignments for long-lasting infrastructure performance.

Environmental impact is minimised through narrower trenches requiring less excavation, reduced transportation of machinery and material to and from the site, and less cable wrapping material usage.

The advanced technology behind the mechanical process is impressive.

TESMEC’s trenchers offer high-accuracy GPS guidance, while the laying boxes can be pre-configured for different cable types, diameters, and multi-cable layouts.

The integrated process streamlines ﬁve major steps into one continuous operation: unrolling cables from a TESMEC reel carrier vehicle, wrapping cables together for a bundled layout, trenching the ground, mechanical cable laying via the specialised box, and backﬁlling/compacting the trench with sand or reused excavated material.

Beyond just the innovative technology, TESMEC demonstrates remarkable expertise in adapting to challenging project environments.

At Charlotte Pass, the company redesigned the originally planned cable layout to a stacked conﬁguration meeting national park regulations while maintaining eﬃcient installation.

At Harapaki Wind Farm, careful crew coordination allowed trenching in incremental sections along the main access road.

The success of TESMEC’s MLP is evident in its proven track record of delivering eﬃcient, safe, and environmentally friendly cable installation solutions for infrastructure projects.

With its advanced technology and expertise in adapting to complex environments, TESMEC is poised to revolutionise the cable installation industry.

Looking ahead

As the renewable energy sector in Australasia continues its rapid growth, the demand for eﬃcient, safe, and environmentally conscious cable installation methods will only increase.

For renewable energy developers and infrastructure contractors, TESMEC’s MLP oﬀers a compelling proposition: faster project completion, enhanced safety, reduced environmental impact, and signiﬁcant cost savings.

For more details, visit tesmec.com.au

Beyond just the innovative technology, TESMEC demonstrates remarkable expertise in adapting to challenging project environments.

With its advanced technology and expertise in adapting to complex environments, TESMEC is poised to revolutionise the cable installation industry.

Catalysing change

As coal plants fade into history, a new chapter in Australia’s energy story is being written.

The Clean Energy Finance Corporation (CEFC) has access to $30.5 billion in capital from the Australian Government to catalyse the nation’s green transformation.

As noted in the corporation’s 2023-24 annual report, it has “evolved from an organisation with access to $10 billion in capital to one with $30.5 billion”.

This expanded scope involves distinct market segments: a $9.5 billion general portfolio, the $19 billion Rewiring the Nation Fund, and several specialised investment funds including the $1 billion Household Energy Upgrades Fund.

“Priorities have always been front of mind for us,” CEFC Chief Investment Oﬃcer – Renewables and Sustainable Finance, Monique Miller said.

“But formalising them in legislation with Australia’s 43 per cent emissions reduction target provided an opportunity to sharpen our focus. This timing coincided with our ﬁrst successful decade of investing, so we took a fresh look at our strategic priorities.”

With ﬂexible investment tools at their disposal, Miller outlines three clear priorities.

First is driving a cleaner energy transition towards net zero, including the 2023 capital allocation of $19billion for transmission investment via the Rewiring the Nation Fund, and long-duration storage to help deliver clean power to Australian homes and businesses.

The second priority, according to Miller, involves maximising the eﬃcient use of energy and materials across sectors like the built environment and transportation.

“This means promoting energy eﬃciency and decarbonising transport, with a special focus on enhancing the interaction between customer-side solutions and the utility grid,” Miller said.

“A more dynamic customer-side response can help manage renewables on the grid at lower costs.”

For the third priority, Miller acknowledges a practical challenge.

“Despite all our eﬀorts in energy and transport, there will likely remain hard-to-

decarbonise sectors. Here, we aim to utilise land for carbon sequestration — whether through forests, agricultural practices, or even ocean-based initiatives,” she said.

The CEFC investment approach is guided by clear principles.

As a government-backed entity, its primary responsibility is to invest in projects with an expectation of returning taxpayer capital together with investment returns.

It recognises that technologies diﬀer in terms of investment readiness, so it takes a portfolio approach, focusing on companies and innovations that demonstrate promise within its risk parameters.

This strategy has yielded impressive results.

According to the CEFC’s latest report, the clean energy transition is a seismic shift comparable to the industrial revolution.

“In 2023-24, each dollar we invested has attracted about four dollars in private capital,” Miller said.

According to the organisation, the commercial rigour of investments is reﬂected in the $5.2 billion received in lifetime repayments and returns from the private sector, capital that becomes available for re-investment upon receipt.

One major renewable energy project supported by the CEFC is the Golden Plains Wind Farm, which marks a major step toward decarbonising Australia’s energy grid.

As one of the largest wind projects in the country, with a total capacity of 1333 megawatts (MW), this initiative supports the National Electricity Market’s push for 82 per cent renewable energy by 2030.

By leveraging CEFC finance, Golden Plains is attracting significant commercial investment, which helps accelerate its development, showcasing the strategic CEFC role as a financial catalyst.

Once complete, Golden Plains will provide clean energy for over 750,000 homes, eﬀectively replacing the supply of retiring coal plants.

Meanwhile, the CEFC’s $11.6 million investment in Siltrax’s hydrogen fuel cell technology is seen as paving the way for cleaner transport solutions.

Siltrax’s innovative use of silicon in bipolar plates - traditionally made from

graphite or metal - enables lighter, thinner, and more eﬃcient fuel cells with reduced production costs.

This approach not only enhances the power density and durability of fuel cells but also leverages existing silicon manufacturing processes, a signiﬁcant cost-saving measure.

Targeting heavy-duty vehicles, the CEFC investment in Siltrax,’s hydrogen fuel cells aligns with Australia’s hydrogen roadmap and aims to address the transport sector’s emissions, which contribute 22 per cent of the nation’s greenhouse gases.

Miller also sees particular promise in the rapidly evolving battery storage sector,

“We’re very optimistic about the rapid progress in battery energy storage, especially over the past year,” she said.

“Not long ago, AEMO’s Integrated System Plan projected minimal new battery storage by 2030. However, year by year, the deployment of batteries has far exceeded those initial expectations.”

As the CEFC observes in its latest annual report, the energy transition represents a seismic shift in the Australian and global economic environment, similar in scale and impact to the industrial revolution.

While investment activity in 2023-24 faced headwinds from high interest rates, geopolitical uncertainty, and supply chain disruptions, the CEFC expects market activity to pick up in 2024-25, despite ongoing challenges.

Looking toward Australia’s export potential in renewable energy sector, Miller identiﬁes unique advantages.

“Australia has a unique combination of natural resources, land availability, and a stable political environment — an attractive proposition for major international buyers who lack these resources,” she said.

While acknowledging current economic gaps in green hydrogen exports, she notes that government initiatives like the Hydrogen Headstart Program are working to bridge these gaps.

Transport electriﬁcation presents another signiﬁcant opportunity.

“The average EV battery could power a typical household for about four days, presenting a potential to enhance grid resilience if we can integrate ﬂeet or homebased charging infrastructure,” she said.

This shift, she notes, requires careful management of charging locations and timing by grid operators.

For Australia’s solar future, Miller expresses particular enthusiasm.

“There’s been signiﬁcant progress in solar technology, particularly from research at UNSW, which has inﬂuenced roughly 70 per cent of solar panels globally,” she said.

“I’d love to see more Australian research and expertise commercialised, especially in solar. Lowering solar energy costs will be vital to accelerating the energy transition.”

CEFC is very optimistic about the rapid progress in battery energy storage in Australia.

MacIntyre’s remaining 135 turbines will be connected over the next 12 months, with 27 exporting by Christmas.

Macintyre gains momentum

Generating more than 154 megawatts is just the beginning for the MacIntyre Wind Farm.

In a pivotal moment for Australia’s renewable energy transition, ACCIONA

Energía has announced that the initial 27 wind turbines at its MacIntyre Wind Farm in Queensland are now connected to the grid and generating the project’s ﬁrst electricity.

This marks a signiﬁcant milestone as the MacIntyre development takes its place as the largest operating wind farm in the Southern Hemisphere.

The turbines, providing a total of 154 megawatts (MW) of capacity, is just the beginning for the 923MW MacIntyre project.

Over the next 12 months, the remaining 135 turbines will be progressively connected, with another batch of 27 slated to start exporting power by Christmas.

Set to be fully operational in late 2025, the $1.96 billion farm will be able to generate enough renewable energy to power over 600,000 homes annually.

“Today marks a signiﬁcant milestone for Australia’s diversiﬁcation of its energy sources with the southern hemisphere’s largest operating wind farm now generating renewable energy,’’ ACCIONA Energia Managing Director Brett Wickham said.

“When the MacIntyre Wind Farm is fully operational, it will generate enough renewable energy to power more than 600,000 homes and double Queensland’s wind energy generation.”

An ambitious renewable project

Located about 50km southwest of Warwick in Southern Queensland, the MacIntyre Wind Farm covers a massive 32,000-hectare site straddling the Goondiwindi and Southern Downs regions.

Its 162 state-of-the-art Delta4000 turbines, each rated at 5.7MW, take advantage of the area’s consistently strong winds to generate pollution-free power.

When complete, the MacIntyre farm will almost double the total wind energy generated in Queensland.

The $680-plus million construction has acted as an economic boom for the state, employing over 1000 workers at peak times and procuring labour, services and materials across Queensland.

It is expected to support 35-40 permanent jobs once fully operational.

The project footprint was reduced by 20,000 square metres through an Australianﬁrst use of specialty trucks to transport the massive turbine blades.

The wind farm is being developed as part of a broader renewable energy hub known as the MacIntyre Wind Precinct.

This includes the future 1000MW Herries Range Wind Farm which is in late-stage planning. Taken together, these co-located projects could eventually provide around 2000MW of energy for the state, enough to power over a million homes.

Decarbonisation commitments

A signiﬁcant portion of MacIntyre’s output will go towards greening Queensland’s major industrial players.

Two Power Purchase Agreements totalling 550MW have been inked with government energy companies Stanwell Corporation and CleanCo.

This will help decarbonise emissions across sectors like infrastructure, resources, retail and transport.

In addition, Ark Energy - a subsidiary of joint venture partner Korea Zinc - plans to use its 30 per cent stake in the wind farm to support decarbonisation eﬀorts at its Sun Metals zinc reﬁnery in Townsville.

Sun Metals is aiming to become the world’s ﬁrst producer of green zinc using renewable energy.

“Generation from MacIntyre is an exciting milestone that will help further decarbonise Sun Metals’ operations and progress our RE100 commitment to 100 per cent renewable power by 2040,” Ark Energy CEO Michael Choi said.

“Decarbonising industry and producing green metals will give Queensland exports a competitive advantage.”

Community benefits and economic impacts

The MacIntyre development has already generated substantial economic returns and employment. During peak construction over 1000 workers were on site, with one-third coming from nearby Darling Downs communities.

More than $115 million in subcontracts were awarded to over 80 local businesses.

ACCIONA has also committed at least $2.5 million in the ﬁrst decade of operations to community programs, events and local initiatives in the region.

Indigenous engagement has been prioritised, with over 2 per cent of work hours by Aboriginal and Torres Strait Islander personnel.

The project successfully coexists with livestock farms across its 36,000-hectare footprint, hosting nine landowners with sheep, goats and cattle.

As the South Downs Renewable Energy Zone takes shape, the MacIntyre precinct model allows coordinators to streamline community beneﬁts like skills training, business opportunities, environmental eﬀorts and First Nations partnerships.

A significant portion of MacIntyre’s output will go towards greening Queensland’s major industrial players.

Embracing advocacy and disruption in clean energy

Squadron Energy Senior Project Manager Laura Jeffrey delved into some important topics with which she resonates deeply at the Clean Energy Council’s Women in Renewables Lunch at All Energy 2024.

All Energy is a chance for the renewable industry to come together and celebrate diﬀerent milestones, technology, and most importantly the people who make it.

One event of the two-day convention which does this is the Clean Energy Council’s Women in Renewables Lunch.

This year Squadron Energy’s Laura Henry had the opportunity to be the chair of the lunch’s panel discussion, which was on a human-centered conversation about advocacy and disruption within the clean energy sector.

“We are shifting our focus from the typical discussions around policy reform, investment strategies, and technological innovations to the people behind these initiatives — their stories, vulnerabilities, and diverse perspectives,” Henry said.

At the core of every policy shift or breakthrough lies the eﬀorts of individuals and communities advocating for change. Advocacy serves as a powerful catalyst, whether at the grassroots level, within organisations, or throughout the industry, pushing for necessary reforms and innovations.

“Whether we are championing mental health initiatives in our workplaces, ensuring

that First Nations voices are prioritised in energy projects, or securing tangible beneﬁts for local communities, advocacy plays a critical role in shaping the energy transition for everyone involved,” Henry added.

“The impact of a single person speaking out can be profound, but when individual advocacy coalesces into a collective movement, the potential for transformational change becomes extraordinary. This raises an important question: how do we encourage individuals to raise their voices, advocate for their causes, and disrupt the status quo? This is where the Women in Renewables program comes into play.”

Empowering voices through community

The Women in Renewables Lunches were established to empower women and amplify the diverse voices that are vital to the industry. However, this initiative is not solely about women — it encompasses allyship, advocacy, and the need for broader representation.

“True representation extends beyond merely having a seat at the table; it involves ensuring that every voice is heard, common ground is found, and individuals are inspired

by each other’s experiences,” Henry said.

“When people feel seen and understood, they are empowered to advocate for the changes they believe in. This collective empowerment fosters unity and encourages us to look after one another. As we move forward into the workforce required for a successful energy transition, considerations of diversity, equity, and inclusion become increasingly critical. At its heart, this is about cultivating a genuine sense of belonging.

“Everyone involved — whether as part of the workforce, behind the projects, or within the communities that host them — deserves to feel that they have a stake in this transition. People want to see their perspectives reﬂected in decision-making processes, feel valued, and understand that their mental health and diverse experiences matter. Communities aspire to be active participants in this journey, not mere spectators.”

Creating a culture of belonging

Fostering a true sense of belonging in the clean energy sector is a passion of Henry’s.

Henry said this eﬀort transcends policy change; it aims to elevate those who have historically been overlooked, ensuring that every voice is included in the conversation. To achieve meaningful systemic change, we must be bold, speak up, and create space for everyone.

“Today, we have the privilege of hearing from three remarkable women who embody the principles of advocacy and disruption in their work. Each panellist brings a unique perspective on vital issues such as mental health, First Nations rights, and ensuring that the beneﬁts of clean energy extend back to the communities that support these initiatives,” she said.

The panellists included Tammy Vos, Kate Osaze, and Bec Halliday, who shared their personal journeys and the signiﬁcant work their organisations are doing to make the energy transition more equitable, inclusive, and sustainable.

L-R: Executive Ready course recipients Megan Aspinal, Uduak Ekpenyong and Carla Evans.

Images: CEC

Chloe Munro Scholarship for Transformational Leadership

As part of the Women in Renewables Lunch, the CEC also announced the 10 recipients of the 2024 Chloe Munro Scholarship for Transformational Leadership. They will join the network of 36 women who have been awarded this scholarship since its ﬁrst round in 2021.

This fourth round of the scholarship was hugely popular, with the CEC receiving over 130 applications from women across the clean energy, energy management and carbon abatement industries.

Each application was individually reviewed and assessed by a selection committee. The applicants who were invited to interview were selected based on their demonstrated excellence in their ﬁeld, commitment to the clean energy industry, leadership potential and their desired developmental objectives in completing the leadership training.

Each of the recipients will receive a fully funded scholarship to undertake one of two courses oﬀered by education provider Women & Leadership Australia in 2025.

Three recipients will undertake the Executive Ready course, a seven-month development program for middle to senior leaders, and seven recipients will undertake the Leading-Edge course, a four-month development program for early career leaders and managers.

The following women will undertake the Executive Ready course:

• Megan Aspinall, Director, Infrastructure Advisory (Energy), KPMG

“The energy transition is a phenomenally complex and critically important task that will likely deﬁne our generation. The challenge ahead of us is multi-dimensional and will require diverse skills and perspectives to navigate the path forward. The Chloe Munro Scholarship for Transformational Leadership is such a fantastic opportunity, empowering women to lead the solution. I hope to show young women entering the clean energy industry that your voice is valued and that your career can be impactful and rewarding,” Aspinall said.

• Uduak Ekpenyong, Associate, Aurecon “Women are great leaders with the natural ability to network and share resources. The clean energy industry requires such transformational leadership to succeed and thrive. This program will provide us with the tools to coach, mentor and support young professionals which will help shape the future leaders in the industry,” Ekpenyong said.

• Carla Evans, Senior Development Manager, OX2

“The clean energy transition is hugely complex and challenging. Diverse organisations and teams are best placed to succeed in this environment. We must strive for gender equality and women to be

represented at every level of the industry,” Evans said.

In addition, the following seven recipients will undertake the Leading-Edge course:

• Bethany Du, Senior Legal Counsel, RES

• Tori Cannon, Project Development Manager, Aula Energy

• Kirsten Lee, Stakeholder, Compliance & Sustainability Manager, Beon Energy

• Cindy Ng, Mechanical Engineer, Alinta Energy

• Kavya Santhosh, Solar Plant Asset Manager, NovaSource Power

• Lucy Sinclair, Senior Community Engagement Manager (ANZ), Aquila Clean Energy

• Lucinda Walker, Senior Renewable Engineer, DNV Australia.

“Women representation in clean energy is vital to believing that we could be in a position of power to inspire change. Having opportunities, will empower women to lead charge towards a sustainable future and not only elevates individual voices but drives innovation and inclusivity,” Kavya Santhosh, Solar Plant Asset Manager, NovaSource Power said.

“I believe supporting women helps in a ﬁeld that literally shapes our planet’s tomorrow, helps in not only bridging the gender gap but inspires future generations to break barriers and achieve their dreams women today paves the way for a more equitable tomorrow.”

Leading-Edge course recipients.

pathways in solar energy

Sparking Australia’s battery boom

As the world races to decarbonise, Australia is quickly becoming a global leader in renewable energy storage.

The Australian Energy Market Operator (AEMO)’s Integrated System Plan (ISP) highlights the nation’s ambitious goals, projecting the need for at least 49 gigawatts (GW) of storage capacity by 2050 to achieve net-zero emissions.

Diﬀerent levels of government have introduced a suite of battery incentives and subsidies to accelerate the adoption of energy storage technologies.

At the state level, New South Wales will unveil new incentives from November 1, 2024, including a battery installation subsidy of $1600 to $2400 for businesses with existing solar systems.

Additionally, a virtual power plant (VPP) connection incentive will oﬀer $250 to $400 for connecting batteries to a VPP, available twice with a minimum three-year gap between claims.

The Federal Government has also backed this transition, with the Australian Taxation Oﬃce allowing small businesses to claim a 20 per cent bonus tax deduction on energy storage assets expenditures.

As more businesses embrace batteries and connect to VPPs, the market is increasingly demanding reliable, eﬃcient inverters that can optimise the performance of these systems.

Enter ATESS, a world-leading commercial and industrial inverter manufacturer, which has introduced two cutting-edge solutions tailored to the Australian market: the ATESS PCS Bi-Directional Battery Inverter and the ATESS HPS Hybrid Inverter.

The ATESS PCS Series of bidirectional battery inverters is engineered to meet the diverse needs of commercial and industrial (C&I) users, oﬀering ﬂexibility and highpower capacity in a single system.

One of the primary advantages for Australian businesses is the PCS system’s adaptability to varying energy requirements.

ATESS ensures reliable and uninterrupted power supply for businesses.

In regions prone to grid instability, such as remote industrial sites and mining operations, it provides efficient backup power, ensuring operations continue smoothly despite grid fluctuations. This is a vital feature for industries where power interruptions can lead to significant downtime and revenue loss.

In regions with high electricity prices, like Western Australia, PCS inverters provide peak shaving and valley ﬁlling capabilities, cutting energy costs by storing energy during oﬀ-peak hours and discharging it during peak demand.

ATESS are confident that this combination of energy security and cost efficiency makes the PCS Series highly attractive to Australian businesses striving for operational resilience and profitability.

Available in capacities ranging from 100 kilowatts (kW) to 1,000kW, the PCS Series oﬀers scalable solutions, including an unmatched 1-megawatt (MW) single-unit system in the Australian market.

Its built-in energy management system intelligently controls battery charging and discharging, maximising energy eﬃciency and safety.

A standout feature of the PCS Series is its operational ﬂexibility, functioning in both grid-connected and oﬀ-grid modes, making it ideal for applications ranging from peak shaving to microgrids.

The rapid on/off-grid switching capability (≤10 milliseconds) ensures an uninterrupted power supply, an essential consideration for industries where even brief outages can lead to significant operational and financial losses.

Complementing the PCS Series is the ATESS HPS Series, a versatile, all-in-one hybrid inverter solution designed speciﬁcally for the commercial and industrial sectors.

With a power range from 30kW to 600kW, these inverters are capable of managing even the most demanding energy loads.

What sets the HPS apart is its ability to seamlessly integrate with multiple energy sources, including solar photovoltaic (PV), wind, and traditional generators, ensuring a reliable and uninterrupted power supply for businesses.

The HPS Series also features ATESS’ energy decoupling control technology, which optimises active and reactive power management, boosting energy eﬃciency by reducing energy losses.

said this makes the HPS Series an attractive solution for businesses looking to improve their overall energy performance and sustainability credentials.

Scalability is a key feature of the HPS Series, with multiple units capable of being connected in parallel, allowing businesses to expand capacity as their energy needs grow.

This design ensures that businesses can invest in stages, easing the ﬁnancial burden of large-scale projects.

Furthermore, the HPS inverters are capable of operating in both on-grid and oﬀ-grid modes, making them well-suited for remote locations or areas with unreliable grid infrastructure.

As Australia forges ahead in its transition to a cleaner energy future, innovative solutions like those oﬀered by ATESS are poised to play a pivotal role in enabling the widespread adoption of renewable energy storage technologies.

With government support, market demand, and cutting-edge technology converging, the nation is well-positioned to lead the charge in the global energy revolution.

ATESS

ATESS stands out for its seamless integration with solar, wind, and traditional generators, ensuring a reliable power supply for businesses.

Bright futures: Career pathways in solar energy for non-electricians

Addressing the increasing workforce demands in Australia’s clean energy sector poses a substantial challenge, and it’s one Holmesglen believes educational institutions must address head-on.

Holmesglen’s Moorabbin campus

Holmesglen is ready to train the future renewable energy workforce of Australia.

The green energy revolution is reshaping the workforce landscape, oﬀering exciting career opportunities in the solar industry. As Australia and the rest of the world increasingly embrace renewable energy sources, the demand for skilled solar professionals is rapidly increasing.

The State Electricity Commission (SEC) in Victoria is expected to contribute towards 59,000 jobs in renewable energy, and up to 6000 spots for apprentices and trainees.

To address this demand, Holmesglen Institute’s Renewable Energy Centre of Excellence is oﬀering new nationally accredited training programs to equip people − including non-electricians − with the necessary skills and knowledge for a rewarding career in solar energy.

New pathways to work in solar systems

Holmesglen Institute is pioneering new pathways for non-electricians to join the booming solar industry in 2025.

A comprehensive training program will enable students to gain accreditation in solar design - a rapidly growing ﬁeld as Australia transitions to clean energy.

“While only licensed electricians can physically install solar systems, our courses teach everyone how to design eﬃcient setups that maximize sunlight capture,” David Tolliday, Renewable Energy Senior Instructor at Holmesglen said.

“We’re encouraging females in particular to explore these non-traditional career opportunities.”

The program begins with a foundational course called UEERE0054 Conduct Site Survey for Grid-Connected Photovoltaic (PV) and Battery Storage Systems.

Open to people from diverse backgrounds like solar sales, oﬃce staﬀ, electricians and engineers, it covers PV and battery storage fundamentals.

Students learn to conduct site surveys and communicate eﬀectively across project teams.

Non-electricians then progress to UEERE0051 Apply Electrical Principles to Renewable Energy Design.

This builds the electrical knowledge base required for solar design.

To complete the accreditation pathway, they undertake either UEERE0061 Design Grid-Connected Photovoltaic Power Supply Systems or UEERE0060 Design GridConnected Battery Storage Systems.

“As a female non-electrician, I found limited training options until discovering

Holmesglen’s program,” Lauren Ciconte, a graduate of the institute’s Renewable Energy Centre of Excellence said.

“Completing my GCPV Design

Accreditation has been incredibly beneﬁcial for my personal and professional growth in solar energy. I apply my accreditation daily, and it has even enabled me to conduct site inspections and surveys, alleviating pressure on our installers.”

For electricians, the courses provide an upskilling avenue tailored to their career goals.

All students complete the foundational site survey module before selected design courses matching their accreditation targets.

Training a solar-skilled workforce

Underpinning the new approach to solar training is the Victorian Government’s Clean Economy Workforce Development Strategy 2023-2033.

The 10-year plan aims to grow the training sector’s green energy capacity, improve access to energy qualiﬁcations and meet rising industry demand for clean energy skills.

Thirty per cent of Australia’s renewable energy jobs are in Victoria and the demand for skilled green energy workers is rapidly increasing.

“To meet this demand, Holmesglen’s Renewable Energy Centre of Excellence is leading the way in providing quality handson training,” Tolliday said.

“This is an ideal time to upskill or reskill and join the Clean Economy Workforce as the renewable energy rapidly expands in Victoria and Australia.”

Holmesglen, one of the largest TAFEs in Victoria, is considered the premier training facility for renewable energy in the state and has dramatically expanded its training facilities for nationally accredited course oﬀerings since 2008.

The continued support from leading solar brands like Solis, REC Solar, Fronius, Clenergy, Powerplus, BYD, NOARK, Victron give Holmesglen’s students the best hands-on experience with the latest quality products.

Led by Holmesglen and powered by the Victorian TAFE network, Apprentice Success connects employers and apprentices with customised support and opportunities across the clean energy sector.

Potential students are welcomed to explore their clean energy potential by calling 1300 360 921 or visit apprenticesuccess.com.au

For more information, visit holmesglen.edu.au

Image: Holmesglen

Strengthening the global renewable revolution

Amid a global surge in solar power demand, Growatt is setting new benchmarks in renewable energy with innovations tailored to meet the world’s rapidly evolving energy needs.

The surging global adoption of photovoltaic (PV) systems has placed unprecedented demand on high-quality, reliable energy solutions.

Growatt has risen to meet the challenge. Amid this escalating need, the company secured its place as the world’s ﬁfth-largest PV inverter supplier and ranked second in residential inverter shipments, according to S&P Global.

The company’s second place ranking in residential inverter shipments speaks to a focused strategy that leverages user-centric innovation and scalable solutions — a critical approach in a market increasingly deﬁned by residential requirements.

To support its globalisation strategy, the company has established 48 marketing and service outlets across 22 countries.

With a business footprint also covering

more than 180 countries and regions globally, Growatt is now focusing on regions with varying energy needs and regulatory landscapes.

By setting up subsidiaries in Spain, France, Brazil, and other nations, Growatt has created a support framework that tackles localised needs — a necessity for ensuring smooth operations and prompt, high-quality service.

Image:

Growatt

Growatt Australia and Go Solar Group have signed an agreement to distribute 1GW of inverters and 500MWh of lithium batteries over three years.

This strategy has positioned Growatt to navigate regulatory nuances, while adapting its solutions for diverse markets.

For example, one of the most pressing demands in Australia’s residential solar installations is quick, streamlined setup, where a single-day installation is often preferred.

Growatt’s introduction of the SPM10000TL-HU inverter, with its oﬀ-grid capacity and multiple MPPTs, directly addresses this demand by simplifying conﬁguration for installers while maximising capacity and performance for users.

Similarly, the SPH 3-6KTL-HUB inverter, paired with the ALP battery series, oﬀers a scalable energy solution tailored to residential needs.

These innovations reduce installation time and address speciﬁc challenges, such as system compatibility and diagnostics, that can often lead to delays and increased costs.

Close collaboration with local installers and distributors informed Growatt’s design choices.

Over 18 months, the company fine-tuned the system to fit the operational realities of the Australian market, ultimately producing a solution that reduces complexity for installers and offers scalable power for users.

During All Energy 2024, Growatt also signed a landmark memorandum of understanding with Go Solar Group. This partnership aims to distribute 1 gigawatt of inverters and 500 megawatts-hour

In other markets, Growatt also continues to build on its success, introducing groundbreaking products and expanding its global footprint.

At Intersolar Europe 2024, the company unveiled a comprehensive range of solar and energy storage solutions.

The exhibition featured the BatteryReady series inverters, the NEO 6001000M-X Microinverter for balcony solar systems, and advanced C&I energy storage solutions like the WIT 50-100KHU Inverter and APX Commercial Battery system.

These engagements allowed the company to refine its technology offerings in direct response to market feedback — a significant advantage in an industry where requirements shift quickly.

With over 100 roadshows conducted worldwide, Growatt has tapped into a feedback loop that fuels real-time innovation, enhancing its ability to deliver products that are both competitive and relevant across various regions.

The OSS intelligent operation and maintenance platform is one example of Growatt’s challenge-driven approach.

With nearly three million users connected globally, Growatt has tackled the complexities of real-time energy management, developing a system that ensures performance, troubleshooting, and data analysis can occur seamlessly.

This platform’s ability to provide on-demand support reﬂects Growatt’s commitment to minimising operational disruptions, a critical factor in maintaining user conﬁdence and reducing system downtime.

As Growatt continues to innovate and expand, its focus remains on empowering users with intelligent applications and advanced storage systems that facilitate a seamless transition to renewable energy sources.

By leveraging cutting-edge technology and fostering industry partnerships, Growatt believes it is well-positioned to help drive the global renewable energy transition forward in 2024, and beyond. For more details, visit au.growatt.com

of lithium batteries over three years, strengthening the renewable energy supply chain in Australia.

Close collaboration with local installers and distributors informed Growatt’s design choices.

With over 100 roadshows globally, Growatt uses real-time feedback to drive innovative, competitive products.

CEC calls for Federal Government to back home batteries and support the next wave of electrification

A Federal battery incentive program is needed to trigger Australia’s next step in electrifying homes and lowering home energy bills, but it needs to be done right, writes Con Hristodoulidis, CEC co-Chief Policy and Impact Officer.

Forty per cent of Australia’s electricity now comes from renewable energy. It’s been a remarkable journey, one that’s been powered by industry and supported by big and bold policy interventions. There’s been signiﬁcant federal support for large-scale generation and storage through the large-scale Renewable Energy Target and Capacity Investment Scheme, for transmission through the Powering Australia Fund, and for rooftop solar through the Small-scale Renewable Scheme.

Yet, there’s one glaring opportunity left, one that can be rolled out quickly, help us to charge toward renewable energy targets and lower energy bills for all Australians (hint: it’s not nuclear). A Federal incentive for home batteries must be the next priority for Australia’s clean energy transition.

In October, the ABC* reported that the Australian Government is exploring a “higher education loan-style scheme” to increase household battery uptake and help tackle cost-of-living. However, a loan has proven to not be eﬀective and is unlikely to do the job. Here’s why it’s essential the government chooses a rebate or similar incentive for home batteries.

Australia needs a lot more batteries and a lot more VPPs

Residential and commercial batteries oﬀer great value to the energy system. They store excess daytime rooftop solar energy, which helps mitigate negative wholesale prices and supports grid stability. They reduce the need for large-scale transmission, generation, and storage infrastructure. When connected through virtual power plants (VPPs), they can also be orchestrated to help manage volatility and lower system costs.

These reasons are why decentralised batteries feature so prominently in the Australian Energy Market Operator’s (AEMO) plans for the clean energy transition. AEMO’s Draft 2024 Integrated System Plan outlines a “Step Change” scenario, an optimal, least-cost path for achieving Australia’s renewable energy targets. This scenario calls for a huge 34 times more residential and commercial battery capacity and 135 times more orchestrated home battery capacity by 2050.

Growth in batteries has long lagged behind forecasts. In 2016, Morgan Stanley expected there to be approximately one million batteries in homes by 2020.

According to the Clean Energy Council’s latest Rooftop Solar and Storage Report, we have just over 140,000. Tesla recently announced it had reached 100,000 VPP customers globally, with only a small number in Australia. Clearly, something needs to change.

Government incentives are needed to overcome the main barrier to purchase

The main hurdle for most households interested in battery storage remains the upfront cost. In a myCEC Masterclass session at All Energy Australia in October, Tim Renowden, Manager of Enterprise Insights, Data and Reporting at Solar Victoria, shared survey data from 15,000 Solar Victoria customers. A key takeaway was that, while cost savings are the primary motivator for electriﬁcation, the high cost of new appliances is the biggest barrier. For batteries, with very high upfront costs and long payback periods, that barrier is most signiﬁcant.

To drive widespread adoption of home batteries, ﬁnancial incentives are therefore essential, especially during a cost-of-living crisis in which consumer conﬁdence is low. Incentives reduce the up-front cost of a residential battery, remove the initial barrier to uptake and ensure that customers hit their pay-back period sooner.

Loans have failed while rebates have flourished

There are various ways a federal battery program could be structured, ranging from an expansion of the existing smallscale renewable energy scheme to include batteries, through to a newly designed incentive program.

In October, ABC News* reported that the government is exploring options like a “higher education loan-style scheme”. Such an approach would load debt on participants and is unlikely to drive widespread adoption of batteries.

State-based programs have demonstrated that rebate models signiﬁcantly outperform loan schemes.

South Australia’s Home Battery Subsidy Scheme provided rebates for residential batteries, resulting in a world-leading adoption rate of more than 39,000 batteries. In addition, more than 12,000 of these batteries were enrolled in orchestration programs, defying industry concerns that consumers

would resist orchestrated arrangements.

By contrast, New South Wales’ Empowering Homes Program, which oﬀered zero-interest loans, led to only 500 battery installations, far short of its target of 300,000. Learning from this, the New South Wales Government’s new Peak Demand Reduction Scheme now oﬀers up to $2400 in rebates for a home battery.

The Clean Energy Council has presented compelling data that further supports the rebate approach. Modelling from Oakley Greenwood suggests that a national Home Battery Saver Program with rebates of up to $6500 per household could add more than 400,000 batteries and 4.3GW of orchestrated capacity to the grid, while delivering a net saving of $190 million to the energy system. Those savings would lower electricity prices for all customers, not just those with solar and batteries.

The case for a national home battery rebate is clear. As the final piece in Australia’s clean energy puzzle, this initiative can empower consumers, enhance grid stability, and ensure the benefits of renewable energy reach all Australians. A loan will not deliver significant battery sales and will increase household debt whereas instant and attractive rebates can reduce price barriers and incentivise adoption. Now is the time to back batteries and accelerate Australia’s journey toward a cleaner, more resilient energy future.

For more information, visit cleanenergycouncil.org.au/ timetobackbatteries

Community solar brings renewable savings home

In a joint initiative between the Federal and Queensland Governments, up to 5500 households in Caloundra and Townsville are poised to enjoy significant savings on their electricity bills through the installation of community solar and storage systems.

Minister for Climate Change and Energy Chris Bowen said the Albanese Government is delivering lasting savings to households by helping reduce energy bills through greater access to cheaper, cleaner and more reliable energy.

“Queenslanders have some of the country’s best sunshine. The Albanese Government’s

Solar Banks program is making sure everyone can enjoy cheap solar power in their homes,” Bowen said.

“By partnering with the Queensland Government we’re making it easier for Queenslanders to access the cheapest form of energy and cut power bills.”

The program aims to extend the benefits of solar power to renters, apartment dwellers, and vulnerable communities.

The Queensland Government has already committed $80 million to establish Local Renewable Energy Zones (LREZ) in Townsville and Caloundra.

These zones will enable the sharing of solar energy, allowing households with rooftop solar panels to transfer excess energy generated during the day to local batteries.

This stored energy can then be distributed back to households during peak evening hours when demand is high and solar generation is low.

To further bolster this initiative, the Albanese Government has announced an additional $21.2 million investment to expand the solar capacity of the Queensland LREZ projects by an additional 10.6 megawatts.

Trinasolar shatters efficiency record with new TOPCon cell

Trinasolar has once again raised the bar in solar technology, achieving a recordbreaking 25.9 per cent efficiency with its 210 ×182 mm² n-type bifacial TOPCon cell.

This milestone, verified by Germany’s

Institute for Solar Energy Research (ISFH CalTeC), marks Trinasolar’s 27th world record in solar cell and module efficiency or output power, underscoring its leadership and innovation within the

photovoltaic (PV) and renewable industry.

The breakthrough was made possible by Trinasolar’s signature rectangular wafer design, a 210×182 mm² n-type phosphorus-doped Cz silicon wafer known for its high minority carrier lifetime.

Enhanced by cutting-edge tunnel oxide passivation, advanced boron-doped emitters, light-trapping techniques, and fine line printing, this industrial-size bifacial cell reaches an efficiency milestone unmatched in large-area TOPCon technology.

“We are delighted to announce the wonderful achievement by our research team. It not only sets a new record for large-area TOPCon cells but also breaks the world record for n-type TOPCon cells created and maintained by Fraunhofer ISE since 2017,” Dr. Chen Yifeng, Vice President at Trinasolar said.

“TOPCon is the dominating technology in [the] PV industry, with its high level of industrialisation, higher customer value, and lower cost. Our accomplishment indicates the great potential of TOPCon technology in the future.”

Up to 5500 households in Caloundra and Townsville are poised to enjoy significant savings on their electricity bills through the installation of community solar and storage systems.

Trinasolar said its accomplishment indicates the great potential of TOPCon technology in the future.

Image: Trinasolar

More rebates spark energy upgrades boost

Victorian households now have greater access to cost-saving electrification options through the Victorian Energy Upgrades (VEU) program, helping them cut down on energy expenses.

Minister for Energy and Resources Lily D’Ambrosio announced that eligible households could receive a discount of up to $140 when they switch from a gas cooktop to a new induction cooktop or freestanding induction stove.

“We’re making it more affordable for Victorians to switch to energy-efficient electric appliances – helping them slash the installation costs of these new energy efficient products but also save money on their power bills every year after,” D’Ambrosio said.

“We have helped millions of households and businesses slash their power bills through our nation-leading Victorian Energy Upgrades program, subsidising energy-efficient products and creating jobs as we reach net zero by 2045.”

The rebate can be accessed at the point of sale through participating retailers or later as a cashback, making energyefficient upgrades more affordable for Victorian families.

In addition to cooktops, the VEU program provides rebates on various energyefficient products, allowing homeowners

to reduce energy consumption and enjoy cheaper operational costs.

For example, households replacing a gas ducted heating system with an electric alternative can receive up to $3,600 off installation, resulting in estimated annual savings of $600 on energy bills.

Upgrading to an electric heat pump hot water system from a gas unit could save another $250 annually. For families who fully transition from gas to all-electric solutions, annual savings can reach $1700, increasing to $2700 when paired with rooftop solar.

Free courses equip plumbers for renewables

The Victorian Government is offering free courses for plumbers and fourth-year apprentices to design and install energyefficient heat pump hot water systems.

The Upskilling for Plumbers program aims to equip 800 licensed and registered tradespeople with the necessary skills to meet growing demand for sustainable home heating solutions.

Victoria’s Energy and Resources Minister Lily D’Ambrosio encouraged more plumbers to take advantage of the fully funded training opportunities available in September and October.

“As demand for energy-efficient hot water system continues to grow, it is imperative that we continue to up-skill our workforce to support the growth in the renewable and clean energy sector,” she said.

Over 110 plumbers and apprentices have already completed the training since July 2024, reflecting increasing household interest in heat pump hot water systems. These systems can save households up to $250 per year compared to gas hot water, in addition to further savings from going all- electric.

Water heating accounts for around 23 percent of total energy use in Australian homes, making it a major source of emissions.

The rebate can be accessed at the point of sale through participating retailers or later as a cashback.

Over 110 plumbers and apprentices have already completed the training since July 2024.

LONGi hits record-breaking solar efficiency

LONGi Green Energy Technology has achieved a world record 25.4 per cent efficiency for a crystalline silicon solar module, becoming the first company to claim this prestigious benchmark in nearly four decades.

The groundbreaking achievement, certified by Germany’s renowned Fraunhofer Institute for Solar Energy Systems ISE, surpasses the previous record of 24.9 per cent set by Maxeon earlier this year and marks a significant leap in solar technology advancement.

The new record will be recognised by both the Martin Green Module Efficiency World Historical Record List and the U.S. National Renewable Energy Laboratory (NREL).

The significance of this achievement extends beyond mere numbers. Since 2007, when Sunpower first reached 20.3 per cent efficiency with IBC technology, improvements in module efficiency have been gradual.

According to LONGi, its HPBC 2.0 module technology represents a quantum leap forward, breaking the crucial 25 per cent barrier that has long

been considered a significant milestone in the industry.

Higher module efficiency translates to real-world benefits: more power generation from smaller spaces, reduced

Extensions confirmed for popular energy upgrades program

The Victorian Government has announced plans to extend its Victorian Energy Upgrades Program (VEU) until 2045.

This extension aims to provide longterm support for households and businesses in reducing energy bills through discounts on energy-efficient electric appliances.

The government will introduce legislation to implement this extension, along with other reforms to encourage the adoption of energy-saving electric appliances. These changes are part of Victoria’s efforts to achieve net-zero emissions by 2045.

A comprehensive review of the VEU program will be conducted over the next two years to ensure it effectively supports Victorians in reducing energy costs through electrification.

During this review period, the government will set interim energy savings targets for retailers for 2026 and 2027.

The proposed reforms also include strengthening the enforcement powers of the Essential Services Commission (ESC). The ESC’s oversight will be expanded to cover both accredited providers and installers.

To address the pricing of Victorian

installation costs, and improved system economics. For utility-scale solar projects, this could mean substantial savings in land use and balance-ofsystem costs.

Energy Efficiency Certificates (VEECs), the government plans to remove the requirement for certificates to be created by January 31 for the previous calendar year.

This change aims to give energy retailers more flexibility in acquiring certificates and potentially reduce demand.

Since transitioning to an all-electric program in 2023, the VEU has provided rebates for 19,000 reverse cycle air conditioners and 39,000 hot water systems, contributing to a reduction of 28 million tonnes of emissions.

The program also supports 2200 jobs in the energy efficiency sector.

Households replacing gas ducted heating systems with electric alternatives can receive discounts of up to $3600 and save approximately $600 annually on energy bills. Similarly, switching to an electric heat pump hot water system can result in yearly savings of $250 compared to gas units.

The government expects to finalise the proposed reforms, known as the Victorian Energy Efficiency Target Amendment (Energy Upgrades for the Future) Bill 2024, in 2025.

Image: LONGi

The VEU has provided rebates for 19,000 reverse cycle air conditioners and 39,000 hot water systems since 2023.

LONGi has announced the launch of its latest product, the Hi-MO X6 Max series, at its state-of-the-art Jiaxing factory.

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Market trends revealed

CORE Markets Head of Carbon and Renewable Markets Marco Stella provides a snapshot of Australia’s clean energy market.

Large-scale Generation Certificate (LGC)

market

Transitioning from Q3 into the ﬁnal quarter of the year, LGC prices softened steadily.

The front end saw spots reach multi-year lows, trading from $45.00 in early Sep to as low as $36.25 and Cal24s commanding little to no premium over spot. Cal25s traded from $44.25 to $36.75.

The further out vintages fared no better, with Cal26 and Cal27 both losing $5.00 from September to the time of writing. The less liquid Cal28 vintage which saw some activity in early September around the $25.00 level, fell silent until late October where the price was reset at $20.90. The price then rapidly lost ground to $20.00 over the proceeding days. 2024 is the third successive year in which prices have softened sharply in the second half of the year. There are those that argue that

this is the natural progression for a market that is becoming progressively more oversupplied each year.

The CER’s recently released Quarterly Carbon Market Report (QCMR) data workbook, implies the surplus is likely to again grow year on year.

It is also likely a reﬂection of projects having met their obligations for forward delivery bringing a greater volume to market each month at a time where there appears to be fewer buyers.

CORE Markets provides an insight of the current market.

This comes after what was a lower quarter for wind generation in Q2, which was more than made up for in Q3, which saw 8.5m LGCs generated from wind, the highest quarter to date. Resultingly, and potentially compounded by reduced C&I market engagement across the period, selling has been well in excess of at hand demand.

Small-scale technology certificate (STC) market

As expected the Clearing House returned to deficit by the second week of October ahead of the Q3 surrender. The depth of the deficit is significant, sitting at nearly 3.5million at the time of writing. Creations continue to come in on the lower side, with October averaging circa 540k/week.

Resultingly, secondary market activity remains subdued with spot STCs trading only a few times across the month at $39.90.

Energy efficiency markets (VEECs and ESCs)

VEECs were initially stable across September and into October, trading between $108.00$108.60. However, this stability was then undone following an update from the Department citing changes to the scheme on the 9th October which saw prices tumble to a low of $103.20 over the proceeding week.

The proposed changes will see the scheme extend the program out to 2045, strengthen the regulators enforcement powers to allow the Essential Services Commission (ESC) have a greater oversight of compliance.

Also, the most notable change focused on enhancing he programs ﬂexibility will do away with the current vintage requirements for surrender, allowing creation right out to April be valid for 2023s compliance. A decision on the proposed changes is due to be made in early 2025.

Beyond any speciﬁc changes announced, it was more the clear recognition from the Department that the cost of the scheme (i.e. the VEEC price) was too high and that it was going to take measures to bring down the price.

This said, the week following the Department’s update, consultations around compliance for speciﬁc methods were

CORE Markets is an end-to-end markets, technology and climate solutions partner for business. The above information has been provided by CORE Markets and relates, unless otherwise indicated, to the spot prices in Australian dollars, as of 5 November 2024. Marco Stella is Head of Carbon and Renewable Markets at CORE Markets.

announced which will again make creation harder, once again highlighting the diﬀerences between the apparent intentions of the Department and the practical results of its decisions.

Spot prices started to climb again from their lows in early October, back to $105.25 at the time of writing. Interestingly, the forward markets saw an increase in activity following the VEUs announcements, with the forward curve deeper into backwardation, with multiple trades between $101.50-$102.50 for 2025 strips, dollars below spot. This is likely a reﬂection of seller’s eagerness to forward hedge their creation at the current higher levels, while buyers would prefer to deal with the immediate compliance period by purchasing spot and leave open the possibility that prices will soften come 2025.

In NSW the ESC price also saw increased volatility after ﬁnding it’s legs at a low of $13.25 in mid-September. By October, on the back of a couple weeks of lower creations the price rebounded, breaking its yearlong losing streak, hitting $16.50 on the 11th before closing back at $14.50 by the 15th. The price has since traded in a $2.00 range, sitting at $16.00 at the time of writing.

Though the recent upward movement is encouraging for sellers, some larger creations have continued to sporadically come through, boosting supply numbers at a time where much activity in the scheme has drawn to a halt.

2024 Asia-Pacific Solar Research Conference

The APSRC provides a regional forum for communicating research outcomes covering all aspects of solar-related research. With the theme of information, communication and integration, the conference provides a great opportunity for young researchers and professionals to share knowledge and network with the region’s leading innovators from industry and research institutions.

The conference also provided a unique opportunity to combine the annual research reviews of Australia’s key solar research groups, representing researchers from around the region.

Date: 3–5 December

Location: Sydney

WA Clean Energy Summit

With its own electricity market and with solar and onshore wind on the rise and a growing number of proposals for oﬀshore wind, the Western Australia energy landscape is both unique and complex. A must attend one-day event with the opportunity to network and hear about the latest political, ﬁnancial, business, technology developments and

market outlook for clean energy in WA from the state’s leading experts.

Date: 26 March

Location: Perth

Australian Wind Industry Forum

With a focus on onshore wind, the Australian Wind Industry Forum is a must-attend one-day event for those leading the technical development across grid and system, construction and safety, through to policy and discussion on the challenges and opportunities including social license.

Date: 5 May

Location: Melbourne

Energy Storage Australia 2025

The ﬁrst edition of the Energy Storage Summit Australia was an event full of life, excitement, and industry connections. The second edition will shine a greater spotlight on behind-the-meter developments, with the distribution network being responsible for a large capacity of total energy storage in Australia. Understanding connection issues, the urgency of transitioning to net-zero, optimal ﬁnancial structures, and the industry developments in 2025 and beyond.

If your goal is to meet other industry professionals and create valuable business partnerships to better harness business opportunities in the region, then the Energy Storage Summit Australia is the right place for you.

Date: 20–21 May

Location: Sydney

No-Dig Down Under 2025

No-Dig Down Under is the southern hemisphere’s only large scale conference and exhibition dedicated to trenchless technology. Organised in partnership with the Australasian Society for Trenchless Technology (ASTT), No-Dig Down Under has grown over the years to become the second largest no-dig technology event in the world, and is now considered a ‘must-attend’ for all industry professionals.

A range of training courses on trenchless methods will be presented prior to the conference. These will be presented by industry leaders from Australia and overseas and will be of value to anyone who encounters trenchless technologies as part of their employment.

Date: 17–18 September 2025

Location: MCEC, Melbourne

The latest events coming up in the renewables industry.