With the Future Homes Standard now in place, the UK’s electricity grid is facing significant capacity challenges as the country moves closer to its 2050 net-zero goal. Multi-utilities expert, Power On, is urging the industry to consider specifying heat networks, particularly in the context of high-rise and high-density urban settings, to help with grid capacity issues, whilst also providing a low-carbon heating solution.
Electrification is a central pillar of the country’s decarbonisation strategy but this brings with it challenges of grid capacity. Power On is championing the use of technologies like Networked Ground Source Heat Pumps (NGSHPs), Community Heat Hubs (CHHs), and smart thermostats, to help mitigate the challenges of electrification. While supporting grid stability, these also ensure that developments comply with the latest regulations, including the Part L Building Regulations, the Future Homes Standard, and OFGEM rules, alongside legislation like the Building Safety Act 2022.
Neil Fitzsimons, Managing Director, Power On, says: “The housing sector is rightly moving from fossil-fuel-based heating systems to low-carbon electrified alternatives. However, these still need to be powered and this is placing significant pressure on the National Grid.”
Forecasts suggest that electricity demand could double by 2050, largely driven by the widespread adoption of electric vehicles (EVs) and heat pumps. This increased demand comes as the UK phases out fossil-fuel-based generation in favour of renewables like wind and solar. While these sources are environmentally friendly, they are also variable, requiring careful management of supply and demand to ensure grid stability.
Heat networks provide the solution
Networked heating solutions, providing heat from large-scale ground- or air-source heat pumps to bring heat and hot water to entire communities, are some of the most efficient low carbon solutions for new residential developments. These use far less electricity that traditional electric heating systems.
With thermal storage capabilities – drawing power during off-peak times – heat networks are a key technology in reducing reliance on the grid during peak periods, which is crucial as demand for electricity continues to rise. Reducing grid strain makes them an invaluable tool in balancing energy distribution and supporting grid resilience.
Smart thermostats enable energy management
The integration of smart thermostat technology, designed to work seamlessly with heat networks, offers users real-time insights into their energy consumption, empowering residents to monitor and adjust their heating systems for maximum efficiency.
For developers, smart thermostats offer a competitive advantage by future-proofing new homes and making them more attractive to eco-conscious buyers. As the energy landscape evolves, these systems can adapt to integrate with renewable energy sources, support demand-response initiatives, and accommodate future upgrades. By managing energy demand and reducing consumption, these thermostats play a vital role in supporting grid stability and helping the UK achieve its decarbonisation goals.
Neil Fitzsimons concludes: “By leveraging innovative technologies such as Networked Ground Source Heat Pumps, Community Heat Hubs, and smart thermostats, the industry can empower developers to create homes that are energy-efficient, environmentally sustainable, and built for the future. Solutions should not only support the decarbonisation of the housing sector but also ensure that new developments remain safe, resilient, and aligned with the UK’s broader energy and regulatory goals.”
