Heat Decarbonisation Plans

Explore our range of services designed to help you move forward with confidence, wherever you're headed next.

 

Reducing the carbon emissions of existing buildings requires more than simply replacing gas boilers with heat pumps. A successful heat decarbonisation plan needs to consider the building fabric, existing services, energy consumption, operational constraints, capital cost, lifecycle performance and long-term carbon impact. At Jupiter Engineering, we develop practical, evidence-based heat decarbonisation plans that help clients understand the most effective route to lower-carbon heating and improved building performance.

Each study is tailored to the building, but typically includes:

  • Existing heating and hot water systems

  • Mechanical and electrical infrastructure

  • Site energy consumption and utility data

  • Heat demand and building performance

  • Building fabric and opportunities for load reduction

  • Available space for plant and external equipment

  • Electrical capacity and upgrade requirements

  • Operational constraints, phasing and occupancy

  • Carbon reduction opportunities and implementation priorities

We appraise the most appropriate measures for the building and its operational needs, rather than promoting a one-size-fits-all solution. Depending on the site, this may include air source heat pumps, water source heat pumps, solar PV, battery storage, controls optimisation, hot water strategy improvements, emitter upgrades, insulation measures and phased plant replacement.

Our recommendations are based on technical feasibility, carbon reduction potential, capital cost, operational impact and long-term performance. This allows clients to compare options clearly and understand the benefits and trade-offs of each approach.

Every building behaves differently, which is why we focus on how the site actually operates rather than relying on generic assumptions. We consider plant condition, occupancy patterns, heat distribution systems, controls strategy and real-world site limitations such as space, noise, planning, electrical supply and programme constraints.

This ensures the decarbonisation strategy is not only technically sound, but also realistic to deliver within the context of the building and the client’s budget.

 
 

Jupiter Engineering combines practical M&E design expertise with a strong focus on decarbonisation and building performance. Our experience across heat pump projects, low-carbon retrofit schemes and public-sector decarbonisation programmes allows us to produce studies that are both strategic and deliverable.

We do not see decarbonisation as a box-ticking exercise. Our aim is to help clients understand what will work in practice, what the likely constraints are, and what the most sensible route forward looks like for their building or estate.

If you are looking to reduce carbon emissions, improve energy performance and develop a realistic plan for low-carbon heating, Jupiter Engineering can help. Our heat decarbonisation plans provide a clear foundation for decision-making and future project delivery.