Decarbonizing heat at scale

Heat pumps designed for real-world conditions

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Different regions – different challenges.

Problem amplification

The pressure to decarbonize heat is accelerating

Across the world, industries and district heating operators are under increasing pressure to reduce emissions, improve efficiency, and secure reliable heat supply for the future.

But every market comes with its own realities. Energy prices, regulations, available heat sources, existing infrastructure, climate conditions, and investment frameworks all influence the path forward.

The challenge is not whether heat must decarbonize. It is how to deliver reliable, large-scale, high-temperature heat while balancing performance, economics, and long-term resilience.

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Solution

The heat pump principle

Heat pumps efficiently transfer energy to deliver the required heat at scale. By capturing and upgrading existing waste heat, this continuous cycle replaces traditional fossil-fuel combustion. It closes the energy loop, turning the complex challenge of industrial decarbonization into a manageable reality.

Decarbonize district heating – without compromising stability

Integrate mega heat pumps into your network to reduce emissions, stabilize energy costs, and unlock renewable heat sources — from ambient air to waste heat.

Explore heat pump solutions for district heating

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Solution

Deliver high-temperature heat for industrial processes

From steam production to process heat, large-scale heat pumps help you cut emissions and energy costs — while meeting the performance requirements of demanding industrial applications.

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Benefits

Good reasons to use our heat pumps

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High-temperature capability

Up to 300°C – enabling steam production and demanding industrial applications.
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Proven at scale

Up to 100 MW per unit — designed for large-scale systems.
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Zero on-site emissions

Operate with renewable electricity and eliminate fossil-based heat.
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System integration expertise

Seamless integration into existing infrastructure and energy systems.
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Maximum efficiency

Turn waste heat and ambient energy into valuable thermal output.
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Future-ready investment

Reduce carbon costs and meet evolving regulatory requirements

References

Proven in real-world applications

FAQ

Good to know

Our large-scale heat pumps cover a wide temperature range — from 60°C up to 300°C — making them suitable for both district heating and demanding industrial applications.
Yes. Depending on the application, heat pumps can fully or partially replace fossil-based systems — especially when integrated into hybrid energy systems.
Heat pumps typically deliver multiple units of heat per unit of electricity used — significantly improving overall system efficiency compared to conventional technologies.

Our systems can utilize a variety of heat sources, including:

  • Ambient air
  • Water (rivers, seawater)
  • Industrial waste heat
Yes. With rising carbon prices and energy costs, large-scale heat pumps offer attractive total cost of ownership — especially when combined with renewable electricity.
Everllence supports full system integration — from concept to commissioning — ensuring minimal disruption and optimal performance within existing infrastructure.

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Ready to decarbonize your heat supply?

Talk to our experts to explore how large-scale heat pumps can fit your system and deliver measurable impact.

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