HALL LANE RESOURCE CENTRE

This project centred on implementing a comprehensive carbon reduction scheme within a live adult learning facility, with a focus on enhancing energy efficiency while minimising disruptions to the complex’s day-to-day operations. The scope of work included the installation of photovoltaic (PV) panels and advanced air source heat pumps (ASHPs), both of which were selected for their capacity to significantly reduce the building’s carbon footprint and improve its energy profile. To achieve additional energy savings, LED lighting was installed to replace existing systems, and loft insulation was added to improve thermal efficiency, resulting in decreased heating demand.

In conjunction with these energy-saving measures, a new Distribution Network Operator (DNO) substation was installed to handle the increased load from the new systems. Additionally, upgrades and modifications were made to the incoming electrical supply and local low-voltage (LV) network to ensure reliable operation and compatibility with the enhanced energy infrastructure.

To maintain a seamless experience for facility users, a temporary boiler was employed to provide uninterrupted heating and hot water while the existing system was upgraded. The project included the installation of the industry-leading Clade ASHP, which operates efficiently in temperatures ranging from -5℃ to +80℃ and is fully compatible with the pre-installed wet radiator system. This compatibility allowed the upgraded heating system to maximise efficiency without necessitating changes to the existing infrastructure, ensuring both performance and sustainability were enhanced without disrupting the complex’s operations.

The project was executed with precision and attention to operational continuity, delivering substantial carbon reductions and significant improvements in energy efficiency while maintaining the learning facility’s daily functionality.