Commercial
Cenergist help commercial business owners reduce their energy costs and carbon emissions by designing and installing efficient energy and heating systems for their properties.
To date we have helped clients decarbonise over 120 commercial buildings including offices, leisure centres, museums, education facilities and hospitals.
We work with our clients to help them determine the available options in terms of both outcomes and budgets. Our process considers client budgets, incentives, site locations, practicability and construction impact, carbon savings, life cycle costs, sustainability of materials, service and maintenance, planning requirements, bill impacts and user experience. Early engagement with external stakeholders like the DNO ensures cost certainty is achieved during the design stage leading to significant de-risking for our clients.
British Geological Survey Headquarters
British Geological Survey chose Cenergist to design and deliver a ground-source heat pump system for its headquarters in Nottinghamshire.
Intended as an exemplar project for Europe, the BGS is seeking to show how an efficient retrofit GSHP installation should be installed. Heat will be drawn from a network of 30 boreholes drilled to a depth of 253m each. This project is a key part of BGS goal to decarbonise by 2030.
Decarbonisation of Grade II listed buildings
Calderdale Council chose Cenergist to carry out the decarbonisation upgrade to the sensitive Grade II listed sites in Halifax town centre. The Town Hall, Todmorden Marke and Manor Heath are important architectural buildings that date back to the 19th Century.
Cenergist designed and installed heating systems using air and water source heat pumps that cut carbon emissions by over 85%.
Kingston NHS Trust
Kingston NHS Trust chose Cenergist to design and install a new energy centre and heat network utilising a range of technologies including ground and air source heat pumps, combined heat and power engine and solar PV. The project will be integrating with the council’s own district heat network.
The solution will be delivered over 3 years and will be undertaken on a live acute care hospital site.