Heat pumps can dramatically reduce heating costs and carbon emissions - but the transition requires careful planning. Here are the key considerations for commercial operators.
Why do so many decarbonisation projects stall?
Because nobody plans for power infrastructure. Before spending a penny on heat pumps, EV chargers, or batteries, here is what we would recommend: model your future electrical demand. Navigate DNO applications. Coordinate upgrades on both sides of the meter.
Heat pumps, EV chargers, and batteries all need capacity - and upgrading that takes 12 to 18 months. Plan ahead, and you keep your net zero timeline on track.
Key considerations
- Does your electrical supply have sufficient capacity for heat pump demand?
- What is the condition and insulation level of your building fabric?
- Are your existing heating distribution systems compatible?
- What refrigerant technology is most appropriate (R290, R32, CO2)?
- Have you factored in DNO application timelines (12-18 months)?
- What are the realistic payback periods for your specific building?
Typical outcomes
Heat pumps can reduce heating costs by 30-50% with typical payback periods of 4-7 years. Suitability depends on your building and existing infrastructure. We use thermal modelling to assess whether heat pumps make sense for your specific situation before recommending anything.
Explore Further
Considering heat pumps for your building?
Read our Heat as a Service guide or get in touch for an honest assessment.