An exclusive collection of 4 bedroom low carbon, sustainable homes Pinnacle, Merton Rise, Basingstoke low carbon homes before 2016
Welcome to Miller Zero. Welcome to the homes of the future. The Government has set ambitious targets to reduce carbon emissions from the UK’s homes. Homes that empower technology, that save water, energy and money. This is a journey towards a sustainable future for housebuilders and for homeowners too. With our pilot project Miller Zero, we’ve already taken the first steps.
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Welcome Home Introducing the Code Miller Zero Homes Plot 50 Plots 49 & 48 Plot 47 Plot 46 Specification Glossary of Terms Welcome Home 01
Introducing the Code The UK’s homes are responsible for around 27% of the country’s carbon emissions. To help combat this effect, the Government launched the Code for Sustainable Homes in 2007. The Code sets out clear standards for the building of new homes in order to minimise negative impact on the environment. Typically, Code Homes will be more energy and water efficient, and produce fewer carbon emissions. As a responsible housebuilder, Miller Homes always aims to build the most environmentally efficient homes. The Code specifies a range of design features, each contributing directly to the improved environmental performance of new homes. In addition, Code Homes are designed to encourage the homeowners themselves to lead a more sustainable lifestyle, and may include such features as home office space, or dedicated cycle storage.
02 Introducing the Code
The Code rates houses according to their performance across nine categories: Energy and CO2 Emissions Houses must be constructed so as to limit the release of CO2 from their normal operations into the atmosphere. Water Houses must be designed to reduce the consumption of water through the use of water-efficient fittings, appliances and water recycling systems including responsible sourcing of materials. Materials Houses must incorporate materials with lower environmental impact over their lifecycle and are responsibly sourced.
Health and Well-being Houses should promote a better quality of life through good daylighting and reduce the need for energy to light the home and improve space standards. Management The Code requires that clear guidance should be provided for the occupants to allow them to operate their home efficiently and make best use of local facilities. Ecology The Code encourages development on land that has only limited value to wildlife and discourages the use of ecologically sensitive sites.
Surface Water Run-Off Housing developments must be designed to limit the discharge of rainwater into the public sewers and watercourses – reducing the risk of flooding, pollution and other environmental damage. Waste The Code requires that houses should provide adequate storage for recyclable and non-recyclable household waste. Pollution The Code aims to reduce harmful emissions that contribute to global warming from the manufacture, installation and use of foamed thermal and acoustic insulating materials.
The Code for Sustainable Homes sets out a series of milestones on the path towards the target of zero carbon emissions for all new homes after 2016. Each level represents a required improvement in energy efficiency and water usage. Here’s a summary:
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Code Level 1 requires a moderate improvement in carbon reduction of 10% and aims for maximum water consumption of 120 litres per person per day.
Code Level 3 requires a moderate improvement in carbon reduction of 25% and aims for maximum water consumption of 105 litres per person per day.
Code Level 4 essentially requires the same basic standards of Code Level 3 but aims for a further reduction to 44% in carbon emissions.
05 06 Code Level 5 requires a 100% improvement on carbon emissions and aims to reduce water consumption to a target of 80 litres per person per day, a target which requires some form of water harvesting.
Code Level 6 is the highest Code Level and in energy terms is simply classed as ‘zero carbon’. Water consumption remains at the target level of 80 litres per person per day and there are further targets to meet on building heat losses.
Introducing the Code 03
Miller Zero Homes 4 bedroom home Miller Zero A private carport is just one attraction of a Miller Zero Home. It has all the essentials in a superbly designed layout. The ground floor features a large living and dining area that opens via feature bi-folding doors onto a patio area, which allows you to extend the living space into the garden. Upstairs are the bedrooms, a family bathroom and an en suite.
Plots: 46, 47, 48, 49 & 50 Key features carport spacious living area utility and downstairs WC en suite to master bedroom bi-folding doors
Ground Floor
First Floor
bin store utility
† bathroom
terrace
bedroom 2 living/dining
wc
landing
carport
bedroom 3 en suite
cyl
master bedroom kitchen
hall
bedroom 4
Ground Floor room dimensions:
First Floor room dimensions:
kitchen/living/dining 4.240m max x 9.041m into bay 13’11” x 29’8” 3’7” x 4’7” utility 1.100m x 1.408m min wc 1.425m x 1.984m 4’8” x 6’6”
master bedroom en suite bedroom 2 bedroom 3 bedroom 4 bathroom
* Dimensions may vary from plot to plot due to the different construction methods used. Please check with the Sales Adviser for further details. † Bi-folding doors on Plot 46 are smaller than shown due to construction method.
04 Miller Zero Homes
3.132m max x 3.299m max 2.292m x 1.478m 3.132m x 3.271m 3.150m x 2.699m 2.262m x 2.048m 2.262m x 1.975m
10’3” x 10’10” 7’6” x 4’10” 10’3” x 10’9” 10’4” x 8’10” 7’5” x 6’9” 7’5” x 6’6”
All plans in this brochure are not drawn to scale and are for illustrative purposes only. Consequently, they do not form part of any contract. Room layouts are provisional and may be subject to alteration. Please refer to the ‘Important Notice’ section at the back of this brochure for more information. Photography represents typical Miller Homes’ interiors and exteriors.
Level 1 Plot 50 This represents the starting level of the Code for Sustainable Homes.
Energy Code Level 1 requires an improvement in energy efficiency of 10% compared to current Building Regulations. To help achieve this, Plot 50 benefits from a combination of enhancements to the design of the home. Water The Code aims for a target water consumption of less than 120 litres/person/day for Level 1. This figure is achieved by fitting a number of water saving devices such as water flow restrictors to all water outlets and installing reduced flush toilets which use 4/2.6 litres per flush compared to the standard 6/4 litres.
Living at Level 1 This home (as well as the other Miller Zero homes) features a Mechanical Ventilation and Heat Recovery system which captures heat from air being vented to the outside and uses it to heat fresh air entering the home. Diffusers fitted to tap nozzles reduces the flow but aerates the water at the same time. This ‘frothing’ effect reduces the amount of water actually being used.
Materials The home is constructed using masonry blocks. These provide a high level of thermal insulation.
Plot 50 05
Levels 3 & 4 Plots 49 & 48 Plot 49 is a Code Level 3 home. This represents the minimum standard to which all new homes must be built from 2010. Plot 48 is a Code Level 4 home and represents the minimum standard for new homes from 2013 onwards.
Energy Code Level 3 requires an improvement in energy efficiency of 25% compared to current Building Regulations. To help achieve this, Plot 49 is equipped with an Air Source Heat Pump system extracting heat from the outside air to serve a series of radiators.
Living at Level 3 and 4 Both homes (as well as the other Miller Zero homes) feature a Mechanical Ventilation and Heat Recovery system which captures heat from air being vented to the outside and uses it to heat fresh air entering the home.
Code Level 4 requires a 44% improvement and this is made possible on Plot 48 by an Ground Source Heat Pump system extracting heat from the ground which then powers an underfloor heating system.
The thin joint masonry method of construction results in fewer joints and creates a tighter seal between the blocks than conventional bricks and mortar. This results in lower air permeability for the home as a whole, which means a reduction in heat loss and in turn, lower running costs for the occupiers.
Water The Code aims for a target water consumption of less than 105 litres/person/day for Levels 3 and 4. This figure has been achieved for both homes by fitting water saving devices such as water flow restrictors to all water outlets, lowering the position of overflows in bathtubs, and installing reduced flush toilets which use 4/2.6 litres per flush compared to the standard 6/4 litres. Materials Both homes are constructed using thin joint masonry blocks. These provide a high level of thermal insulation and, because of their larger dimensions, create fewer joints, reducing the air permeability of the completed homes.
06 Plots 49 & 48
Diffusers fitted to tap nozzles reduces the flow but aerates the water at the same time. This ‘frothing’ effect reduces the amount of water actually being used.
Summary of benefits:
Air Source Heat Pump connecting to radiators
Aerated taps lower water consumption Better energy efficiency from Heat Pump systems A high level of thermal insulation reduces heat loss
Level 5 Plot 47 Plot 47 is a Code Level 5 home. At this level, it becomes a mandatory requirement that carbon emissions from energy use around the home should be 100% better than the current Building Regulations.
Energy Code Level 5 requires an improvement in energy efficiency of 100% compared to current Building Regulations. To achieve this, Plot 47 features photovoltaic solar panels fitted to the roof. Heating is supplied by a Biomass boiler, shared with Plot 46 and runs on plant waste pellets that then runs a series of radiators. Water The Level 5 home manages to achieve a significant reduction in water consumption – down to just 80 litres/ person/day. These savings are helped by reducing water flow throughout the home in the same way as the Level 3 and 4 homes, and in addition, by using a rainwater harvesting system to create a supplementary source of water. Materials The Level 5 home is constructed using preformed thermally-insulated timber panels. The system provides excellent thermal performance thanks to the insulating core integrated into the panels. The panel system also creates airtight joints throughout the structure, reducing the air permeability.
08 Plot 47
Living at Level 5 The rainwater harvesting system captures water run-off from the roof and stores it in a 2,000-litre tank buried in the grounds of the home. This water is not suitable for drinking or bathing, but once it has been mechanically filtered and pumped back into the home it can be used for washing machines and flushing toilets. This way, there’s less water taken from the public supply (and therefore less cost to the homeowner). Heating throughout the home is provided by a Biomass solid fuel boiler. The boiler runs on plant waste pellets – a wholly sustainable source of fuel. The CO2 generated by burning the pellets is offset by the CO2 absorbed while the plants are growing, so the system is carbon neutral. Better still, it has been designed so it requires only the minimum maintenance by users. With fewer joints throughout the home and tight seals between the panels, the method of construction cuts down the air permeability of the home and reduces heat loss. For homeowners this means a warm, well-insulated home with significantly lower running costs.
Image courtesy of solarcentury.com
Water Butt
Summary of benefits:
A rainwater harvesting system reduces water consumption Energy is created by Photovoltaic Solar Panels Radiators powered by a Biomass Boiler
Level 6 Plot 46 Plot 46 is aiming to be a Code Level 6 home. This represents the Government’s target for 2016. After this date, all new homes must be built to zero carbon standards. What exactly constitutes a zero carbon home is still under discussion ahead of 2016. However, it’s generally accepted that ‘zero carbon’ means that year on year, net emissions of carbon dioxide (CO2 ) resulting from all energy consumed in the home should be zero or better – that includes energy used for heating, hot water, ventilation, internal lighting, cooking and all electrical appliances.
Energy Code Level 6 requires that there are no net carbon emissions resulting from the generation of heat and power used in the home. Plot 46 relies on photovoltaic solar panels fitted to the roof. Heating is provided by a Biomass boiler shared with Plot 47 that runs the underfloor heating system. Water The Level 6 home aims for a reduced water consumption target of 80 litres/person/day. This figure is achieved by fitting a number of water saving devices such as water flow restrictors to all water outlets, lowering the position of overflows in bathtubs and installing reduced flush toilets which use 4/2.6 litres per flush compared to the standard 6/4 litres. In addition it uses a rainwater harvesting system to create a secondary source of water. Materials The Level 6 home has been built using full storey height Aircrete panels. The insulated panels provide excellent thermal performance while the panel construction results in fewer joints and a tight seal where the panels meet. The net result has been to reduce the air permeability of the home dramatically. Health and Well-being From 2016 onwards, Lifetime Homes will be a mandatory requirement for Code certified homes. One aspect of this requirement is that new homes must be able to adapt to the changing needs of homeowners throughout their lives.
10 Plot 46
Living at Level 6 The windows capable of achieving Level 6 certification were, until recently not manufactured in the UK or locally. We worked closely with a leading UK window manufacturer to develop a window system that would meet the required standards. The fitted units are krypton gas-filled and tripleglazed, with insulated frames, greatly reducing heat loss and introducing extra cost savings for the homeowner. In line with the Code’s requirements regarding Health and Well-being, Plot 46 has been designed to accommodate future changes – for example, the possibility to install a shower on the ground floor. Heating is provided by a Biomass solid fuel boiler, running on plant waste pellets – a wholly sustainable source of fuel. Heat is distributed throughout the home via an underfloor heating system. We’ve specified this system to compare long-term efficiency with conventional wall-mounted radiators. The panel-based construction results in a considerable reduction in air permeability and consequently, heat loss. This in turn means a warm, heat-efficient home for the occupants.
Summary of benefits:
A rainwater harvesting system reduces water consumption Biomass Boiler powers underfloor heating Reduced water consumption from outlet flow control
Energy efficient Biomass Boiler fuelled by plant waste pellets Image courtesy of Baxi Group
Energy generated by Photovoltaic Solar Panels Image courtesy of solarcentury.com
Plot 49
Plot 48
Plot 47
Plot 46
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Kitchens and Utilities
Plot 50
Specification Miller Zero Homes at Pinnacle choice of kitchen units and worktops (subject to build) granite worktops stainless steel single multi-function electric oven ceramic electric hob gas hob stainless steel 1 ½ bowl sink with restrictive flow taps freestanding or integrated fridge-freezer plumbing for washing-machine in utility washing-machine freestanding or integrated dishwasher energy efficient downlighters internal waste bin for recycling
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Bathrooms and En suites white sanitaryware chrome brassware by ‘Grohe’ 1200mm high tiling to walls above bath 1200mm high tiling to walls above basin full-height tiling around shower all taps will be flow restricted as standard (varies depending on Code Level) shower to master en suite shaver point to master en suite choice of ceramic tiles (subject to build) hand held rinser to bathroom energy efficient downlighters
Electrical tv sockets in living area and master bedroom BT socket to living area and bedroom 3 (study) co-axial digital cable fitted mechanical vent heating recovery system with summer bypass photovoltaic solar panels rainwater harvesting system
Safety and Security fully installed wireless burglar alarm system mains powered smoke detectors window locks to all windows (except upper floor escape windows)
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General NHBC 10 year warranty underfloor heating via Biomass boiler wet radiators via Biomass boiler underfloor heating via ground source heat pump wet radiators via air source pump wet radiators via gas central heating feature bi-folding doors onto the garden
12 Specification
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Decorations
Plot 50
Plot 49
Plot 48
Plot 47
Plot 46
smooth finish ceiling wardrobes to bedrooms all internal walls painted Dulux Calico except WC, en suite and bathroom wood-effect internal doors chrome internal and external ironmongery
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Exterior front porch and side utility light ready-fitted with PIR front doorbell and chimes turf to rear garden water butt space lighting to bi-fold door and bedroom 3 compost bin rotary dryer communal cycle storage All customer choices and optional extras can only be included at an early stage of building construction. Please check with the Sales Adviser for specific details. These sales particulars do not constitute a contract, form part of a contract or a warranty. Please refer to the ‘Important Notice’ section below for more information. Photography represents typical Miller Homes’ fittings and options.
Look it up Here’s a brief explanation of some of the terms used in this booklet along with some others you may come across in discussions about sustainability. Rainwater Harvesting Rainwater harvesting entails collecting run-off from the roof and storing it in a 2,000-litre tank buried beneath the garden. The water is run through a series of mechanical filters and then pumped back into the home for non-potable uses such as toilet flushing and laundry. Air Permeability The ‘airtightness’ of the completed home. When air escapes from inside the home it is usually accompanied by a loss of heat, so generally home designers aim to reduce permeability. Air Source Heat Pump (ASHP) An air source heat pump absorbs heat from air outside the home and uses it to provide heat inside the home. The unit uses essentially the same technology as a refrigerator or air conditioner, although it works the opposite way round, creating a heating effect. Ground Source Heat Pump (GSHP) A system that draws heat from the ground outside the home and uses it to provide heating within the home. The system employs refrigeration technology to transfer heat from a warm area (below the ground) to a cooler area (the inside of the home). Biomass Fuel Biological material that can be used as fuel. Typically, this refers to plant matter grown specifically to be burnt in the form of fuel pellets. Ideally Biomass fuels should be carbon neutral – the CO2 lost during combustion should be wholly offset by the CO2 absorbed while the plants are growing.
Important Notice: Although every care has been taken to ensure the accuracy of all the information given, the contents do not form part of any contract, or constitute a representation or warranty, and, as such, should be treated as a guide only. Interested parties should check with the Sales Adviser and confirm all details with their solicitor. The developer reserves the right to amend the specification, as necessary, without prior notice, but to an equal or higher standard. Please note that items specified in literature and show homes may depict appliances, fittings and decorative finishes that do not form part of the standard specification. The project is a new development which is currently under construction. Measurements provided have not been surveyed on-site. The measurements have been taken from architect’s plans, and, as such, may be subject to variation during the course of construction. Not all the units described have been completed at the time of going to print and measurements and dimensions should be checked with the Sales Adviser and confirmed with solicitors.
www.millerhomes.co.uk
Mechanical Ventilation and Heat Recovery (MVHR) A system that recovers the heat from warm air being vented to the outside of the home, and uses it to heat fresh air entering the home. Photovoltaic Panels (PVs) A photovoltaic panel consists of a series of solar cells which convert energy from sunlight into electricity. This can be used to power electrical devices directly. To supplement the energy needs of a home, several panels are required and in this case energy not used is exported into the grid.
Glossary of Terms 13
MH-100612-0409 created by Navyblue
How to find us. We are open daily 10:00am to 5:00pm Telephone: 0800 840 8771 Email: pinnacle@miller.co.uk Church End
Sherborne St John
A339 A33
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From the M4 travelling eastwards R DE AL AS M N TO AD RO
Leave the M4 at junction 13, signposted for the A34, Oxford and Newbury, and take the third exit at the roundabout then merge on to the A34 following signs for Newbury. At the next junction, around three-quarters of a mile on, bear left to join the A334 following signs for Newbury and Thatcham. Stay on the A339 through Newbury, taking the third exit at the large roundabout in the town and following signs for Winchester and the A34. Stay on the A339 for around 15 miles, following signs for Winchester then Basingstoke, and enter Basingstoke by Kingsclere Road. Carry straight on through the first two roundabouts, then bear left to leave the A339 at the next junction following signs for Aldermaston. Take the second exit at the roundabout to enter Popley Way, following signs for Popley, and at the traffic lights turn left into Chineham Lane. Pinnacle is on the right.
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From the M4 travelling westwards
From the M3
Leave the M4 at junction 11, taking the second exit at the roundabout to join the A33 following signs for Basingstoke. Stay on the A33 through Sherfield on Loddon and into Chineham. At the Binfields roundabout take the third exit to stay on the A33, following signs for Town Centre, and at the next roundabout take the second exit to enter Carpenter’s Down, following signs for Sherborne St John. Stay on Carpenter’s Down as it bears round to the left, and at the T-junction with traffic lights turn right into Popley Way. At the next traffic lights turn right into Chineham Lane. Pinnacle is on the right.
Leave the M3 at junction 6 to join the A339 (Ringway East). Take the second exit at the Black Dam roundabout and carry on across the railway flyovers, then bear left to leave the A339 at the next junction. Take the fourth exit at the roundabout to enter Reading Road, then take the first right turn into Popley Way. Carry on through the first traffic lights, and at the next lights turn right into Chineham Lane. Pinnacle is on the right.
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