The energy performance of a home increasingly matters long after the purchase price has been paid.
On site, our client has embedded renewable energy into the fabric of the development. Residents now benefit from lower running costs, reduced carbon emissions, and greater control over household energy use from the moment they move in.
Working alongside the developer, Carbon3 designed and delivered solar PV and battery storage systems across 59 new-build homes. The development incorporates 241.86kWp of solar capacity, with each property receiving an average 4.4kWp solar installation paired with battery storage.
The result is a community designed to generate, store, and use its own renewable energy, helping homeowners shield themselves from rising electricity costs.
Delivering Renewable Energy Within a New-Build Programme
Installing renewable technology at scale within a residential development requires far more than placing panels on rooftops.
Carbon3 worked closely with our client throughout the design and construction programme to ensure solar PV and battery storage systems were seamlessly integrated into each property. Our in-house design team developed the complete system design package, carefully assessing roof layouts, orientation, shading, electrical infrastructure and future homeowner energy requirements across all 59 plots.
By managing design internally, Carbon3 was able to coordinate directly with the wider construction team, ensuring the renewable energy systems aligned with build schedules and installation milestones throughout the development.
Each property’s system was designed to maximise generation while maintaining the architectural appearance of the homes. The battery storage systems were specified to capture surplus daytime generation and make it available when homeowners need it most, particularly during evening peak periods when grid electricity is typically at its most expensive.
Carbon3 managed installation and commissioning within the wider construction programme, ensuring systems were operational and ready for homeowners on completion of each property. Every installation was subject to rigorous quality assurance processes, helping ensure long-term reliability and performance.
As with all Carbon3 projects, the emphasis was placed on delivering a solution that performs for decades, giving homebuyers long-term energy security.
Solar PV and battery storage is helping the developer comply with new 2026 Future Homes Standards, which will require all new homes to be zero carbon ready by 2027. By integrating solar PV and battery storage as part of the original construction programme, the client is already delivering many of the technologies that are becoming increasingly important in the next generation of housing.
A Home That Works Harder for Its Owner
Solar generation is only part of the story.
During daylight hours, solar PV often generates more electricity than is immediately consumed. Without battery storage, much of this energy would be exported back to the grid. With battery storage installed, homeowners can capture that excess energy and use it later in the day when demand increases. Energy generated from the roof at midday can be used to power evening cooking, entertainment systems, lighting, laundry appliances and electric vehicle charging.
However, even in the winter months where the PV is generating less energy, battery storage systems can still make a substantial difference in bills. Homeowners can charge batteries overnight using cheap economy 5 or 7 tariffs, and then use this energy during peak grid pricing periods to keep costs down.
This process, known as load shifting, allows residents to move their electricity consumption away from expensive peak periods. For homeowners, the benefit is straightforward; cheaper electricity purchased from the grid and more value extracted from the battery storage system at home.
Across the site, residents can expect average annual savings of more than £950 per household through the combination of solar PV generation and battery storage.
At a time when energy costs remain a significant household expense, these savings create an ongoing financial benefit year after year, helping buyers reduce the cost of home ownership from the day they move in.
Reducing Carbon Without Compromising Comfort
The development also delivers substantial environmental benefits.
Collectively, the solar and battery systems are expected to offset approximately 52,423kg of carbon dioxide emissions every year. Rather than asking homeowners to change how they live, the technology works in the background, reducing emissions while supporting everyday energy use.
As building regulations continue to evolve and the demand for low-carbon housing grows, developments such as this one demonstrate how renewable energy technologies can be integrated into mainstream housebuilding in a way that delivers practical benefits for residents.
For buyers, the outcome is simple. Lower bills, greater energy resilience, increased energy independence and a home designed for the future.
The success of any renewable energy installation ultimately comes down to the experience of the people living with it every day. The site has delivered exceptionally strong aftercare feedback, with homeowners reporting positive experiences of the solar and battery systems from the outset.
High-performing systems, careful commissioning and a straightforward handover process have helped residents quickly understand and benefit from the technology. For many homeowners, seeing lower energy bills than expected within the first months of occupation has reinforced the value of having solar generation and battery storage built into the home from day one.
Planning to build after March 2027? You’ll need to comply with new Future Homes Standards. We can design the systems to comply, as well as installing within your build programme. Contact us to find out more.
