Enough Data Centre Waste Heat for 6 Million Homes.

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This interactive map highlights existing and planned data centre locations across the UK.

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Data Centres Can Warm Our Homes

By 2035, UK data centres are on track to generate enough waste heat to heat more than 6 million homes, but only if we put the right infrastructure in place to capture and transport it.

Roadmap to Energy, Security & Net Zero

The UK has more data centres than almost any other country with much more growth predicted, each of which generates incredible amounts of waste heat. It’s a practical, low-cost route to reliable clean energy—no new wind farms required.

Unlocking the Power of Data Centre Waste Heat

Data centres generate substantial volumes of low-carbon waste heat that can be recovered and supplied through heat networks to homes and businesses. Scaling the use of data centre heat presents a strategic opportunity to strengthen energy security by reducing dependence on volatile fossil fuel imports, deliver lower and more stable heating costs for consumers, and accelerate the decarbonisation of building heat at scale.

Targeted policy support, clear planning and regulatory frameworks are now required to unlock this opportunity and embed data centre heat recovery as a core component of the UK’s heat decarbonisation strategy.

Advancing the Green Energy Transition

Viegand Maagøe is a leading Danish consultancy helping cities, utilities, and the energy and industrial sector deliver large-scale, low-carbon heat solutions. Specialising in regional and city-wide heat networks, waste heat recovery, strategic transmission infrastructure and sector coupling, they bring the experience required for projects of this ambition.

Their expertise combines engineering, financing, and business case modelling, enabling councils, utilities, industries, and ESCOs to turn ambitious decarbonisation plans into reality.

ENERGY STRATEGIES

Regional-scale heat transmission infrastructure, also known as Heat Highways, is the mechanism for transporting waste heat over long distances.

 

Linking renewable electricity with heat networks and thermal storage becomes a powerful tool for the future UK energy system.

 

Green Energi Havens can unlock the full potential of British energy, creating a future where nothing goes to waste.

 

 

FURTHER READING

Explore our library for more EnergiRaven documents.

FAQ

How much waste heat can UK data centres generate by 2035?+
According to the content, UK data centres are on track to generate enough waste heat to heat more than 6 million homes by 2035, but only if the right infrastructure is put in place to capture and transport the heat.
What are the benefits of using data centre waste heat for home heating?+
Using data centre waste heat for home heating presents several benefits, including: - Strengthening energy security by reducing dependence on volatile fossil fuel imports - Delivering lower and more stable heating costs for consumers - Accelerating the decarbonisation of building heat at scale
What kind of policy support and frameworks are required to unlock the potential of data centre waste heat?+
The content states that targeted policy support, clear planning, and regulatory frameworks are now required to unlock the opportunity and embed data centre heat recovery as a core component of the UK's heat decarbonisation strategy.
What kind of expertise is needed to turn ambitious decarbonisation plans into reality?+
According to the content, the expertise required combines engineering, financing, and business case modelling, enabling councils, utilities, industries, and ESCOs to turn ambitious decarbonisation plans into reality. The content mentions Viegand Maagøe, a leading Danish consultancy, as an example of the kind of expertise needed.
What is the role of heat transmission infrastructure and thermal energy storage in the UK's energy system?+
The content highlights two important components for the UK's energy system: 1. Heat Transmission: Regional-scale heat transmission infrastructure, also known as Heat Highways, is the mechanism for transporting waste heat over long distances. 2. Thermal Energy Storage: Linking renewable electricity with heat networks and thermal storage becomes a powerful tool for the future UK energy system.

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