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BUSINESS-GENERATED POWER COULD REPLACE IMPORTED NATURAL GAS BY 2035, SAYS NEW REPORT

A major new study has revealed that the investment in sustainable on-site power generated by UK businesses has the potential to replace imported natural gas by 2035, helping the UK to realise its ambition of becoming energy independent and keep its net zero targets on track.

The report – The Future of Energy: The critical role of business in a zero-carbon world – investigated different sustainable on-site generation scenarios – including wind, solar photovoltaic (PV), battery storage, biogas and biomethane – to assess whether they could feasibly replace the electricity generated from imported natural gas by 2035. npower Business Solutions (nBS) commissioned Dr Gabriel D. Oreggioni from Imperial College London – working independently via Imperial Consultants – to produce the modelling1. It was based on the projection from the Climate Change Committee’s Sixth Carbon Budget that, by 2035, the UK would require 16 TWh of power from imported natural gas.

It showed that, by 2035, businessesgenerated power could reach: • On-site wind capacity: between 6 and 29 GW • Installed roof-top solar PV: 6.5 GW • Biogas power generation: up to 16 TWhe • Hydrogen and biomethane injection: 33 and 7.5 TWh, respectively

1 Study conducted May-June 2022

The report also revealed that, depending on the scenario, the overall levelised cost of electricity could range between £49 and £261/MWh – lower than current wholesale prices – and emissions savings of up 6.7 MtCO2/year could be achieved, resulting in a huge contribution to achieving the UK’s net zero goal.

Anthony Ainsworth, Chief Operating Officer at nBS, commented: “For more than a year, the UK energy market has experienced a period of unprecedented volatility, with resulting high wholesale prices impacting all businesses, alongside questions around energy stability. Earlier this year, our Business Energy Tracker revealed that 77% of businesses put energy as their top business risk. It also showed that, to protect themselves from this risk, many businesses are installing sustainable on-site generation to both reduce emissions and increase resiliency.

“So, we wanted to explore this further – what if there was a future where businesses are not only more self-sufficient, but where the power they generate could help reduce energy costs and the UK’s reliance on imported natural gas? For us, this report is really exciting – to see the potential for businesses to become central to a changing, decarbonised and decentralised energy system that is powered by renewables.

“For businesses, it also shows the investment decisions they make now when it comes to sustainable on-site generation could reap rewards today and into the not too distant future including lower energy costs, increased resiliency, reduced emissions and a more stable power supply.”

The report also concluded that there would need to be policy interventions from the government to unlock the power potential of business. These include streamlining planning rules and more tax incentives to enable businesses invest in sustainable on-site generation, as Anthony Ainsworth argues:

“Short-term plans are in place to support businesses this winter, with the Energy Bill Relief Scheme providing some protection against rising prices.

“However, there is also a need for a longer term approach, both in terms of incentivising energy efficiency and encouraging more businesses to consider investing in sustainable on-site generation.

“We believe this report demonstrates the real potential of business-generated power and how it can contribute to the national agenda of energy independence and net zero – both now and in the future – if policy is there to support it.”

The Future of Energy: The critical role of business in a zero-carbon world is available to download from https://npowerbusinesssolutions.com/ future-of-energy

Smart sensor company Pressac helps major car manufacturer make significant energy savings

Leading UK smart sensor manufacturer Pressac has helped car company Toyota more than double its energy cost savings. Energy monitoring sensors, which measure how much power is flowing through a cable, have helped the company discover exactly which parts of its production processes are using excess energy. The information will play a huge role in Toyota’s goal of becoming carbon neutral by 2050.

Around 300 of Pressac’s wireless current transformer (CT) clamps have been installed at Toyota’s manufacturing plant in Burnaston, Derbyshire. By clipping them around individual cables, the company were able to see, for the first time, how energy was being used at machine level.

Previously, the company had been able to view energy consumption at transformer level but did not have the granular detail about each piece of machinery – information which is already making a big difference.

In the case of one injection moulder, which was identified as ticking over at a high power level, changes were able to be made which have resulted in its energy consumption in non-production periods being reduced by 82%.

Pressac worked with ESCO, the Energy-reduction Support and Collaboration function of Toyota to set up initial data visualisation. The sensors, manufactured at Pressac’s Nottingham headquarters, transmit their data wirelessly to Toyota’s existing building management systems via MQTT, a common Internet of Things protocol.

Pressac also supplied the company with air quality sensors to help ensure the production zones provided the optimum conditions for team members to work in. https://www.pressac.com/