Client brief
An old farming barn in Buckinghamshire underwent extensive renovation to be converted into two office spaces. With no access to the natural gas grid, the owners were left with limited options—either oil or electric heating—both of which are expensive and inefficient. The client wanted a sustainable, cost-effective alternative that would provide comfortable heating and support their long-term energy efficiency goals.
Our solution
Better Planet proposed an efficient, low-carbon heating solution using air source heat pumps combined with underfloor heating to deliver even, low-temperature warmth throughout the offices.
Key system components:
- Heating system:
- NIBE F2040 8kW Air Source Heat Pumps for efficient, renewable heating.
- SMO20 Controllers for intuitive, easy-to-manage system operation.
- Underfloor heating installed throughout both office spaces for optimal comfort and efficiency.
- Project services provided:
- Comprehensive room-by-room heat loss calculation in line with MCS standards.
- Full design documentation including mechanical schematics, wiring diagrams, and component layout plans.
- Supply and installation of all heating equipment and plumbing components.
- Issued MCS certification and provided a complete Handover Pack for the client and new office tenants.
This solution allowed for a fast, straightforward installation while ensuring long-term efficiency and low operating costs.
Project success
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Efficient, comfortable heating: The system now provides a consistent, comfortable indoor environment, perfectly suited for modern office spaces.
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Low-carbon solution: Switching to air source heat pumps significantly reduced reliance on fossil fuels and helped future-proof the property against rising energy costs.
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Smooth handover: Better Planet provided a full system handover to the office tenants, ensuring they understand how to operate the system and adjust settings to meet their needs.
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Quick and cost-effective installation: The chosen system offered a rapid installation process with minimal disruption to the renovation schedule.
