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Everllence technology

The decarbonizing power of heat pumps

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It’s time for low-cost decarbonization

Demand for heating and cooling continues to rise and now accounts for 50% of global energy consumption and 40% of CO2 emissions. This is unsustainable – it’s neither cost-efficient nor climate-friendly. Heat pumps are one of the most practical ways of reducing energy costs and CO2 emissions for utilities and process industries. Powered by renewable electricity, a large-scale heat pump is an economical way to decarbonize your heating and cooling. 

The sustainable power of mega heat pumps

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Facts

Good to know

Wide temperature range
60-300
°C

suitable for heating liquids and steam production 

From
10-100
MW

thermal power output per unit

No emissions
0.0
t CO₂

from heat pumps running on renewable energy

How it works: amplifying and transferring thermal energy

A heat pump extracts heat from a low temperature source – like water, air, or waste heat from machinery – amplifies it to a useful high temperature and transfers it to where it’s needed. The principle is based on a closed-loop refrigerant cycle with compression and expansion of the fluid and can be operated in both directions to deliver heating or cooling. Electricity is needed to power the compressor. Powered by renewable electricity, the heat pump can supply carbon-neutral heating or cooling.

flow diagamm heat pumps

Environmental sustainability

Heat pumps for district heating

The environmental, economic, and social benefits of district heating are greatly enhanced by using heat pumps. They enable you to reduce CO2 emissions, integrate renewables, offer grid balancing services, and make energy systems more flexible.

Go to district heating

 

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factory with smoking chimneys

Economic efficiency

Heat pumps for industrial processes

Heat production accounts for about two-thirds of industrial energy consumption, with conventional production processes increasing emissions, operating expenses, and carbon taxes. Large-scale heat pumps produce efficient heat and steam, reducing your CO2 emissions and energy costs while making your processes more sustainable.

Go to industrial processes

Added value supplied by your heat pump

Connect electricity, heating, and cooling

Everllence Heat Pumps enable sector coupling by linking power generation, heating, and industrial demand. This unlocks flexible system use, better engergy flow, and new business potential from integrated operations.

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Stabilize the grid with smart thermal energy use

By converting excess renewable power into usable heat, Everllence Heat Pumps help balance supply and demand. They contribute to grid stability and support a resilient, low-carbon energy system.

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Storage engergy where and when it's needed

Everllence heat pumps store thermal energy as hot or cold water, making renewable energy usable even when supply and demand don't align. This flexibility supports stable, efficient operations across industries and utilities.

Unlock the value of your waste heat 

Everllence heat pumps generate heating and cooling using renewable electricity or industrial wast heat - reducing emissions, increasing energy efficiency, and supporting decarbonized thermal applications.

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Whitepaper

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Sector coupling with heat pumps

From factories to cities – mega heat pumps link electricity and heating to boost system-wide performance. The whitepaper shows how heat pumps enable decarbonized sector integration through electrified thermal energy.
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Stabilizing the grid with industrial heat pumps

Large-scale heat pumps are the most efficient technology for heat production and have a significant role in the decarbonization. In this white paper, we explain how heat pumps can contribute to grid stability by providing balancing power.

Your heat pump is in expert hands

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Mikael Adler from Everllence about the future of mega heat pumps

Decarbonizing heat generation is more urgent than ever. The market for mega heat pumps is booming — and with countless large-scale projects on the horizon, their impact on sustainable, CO2-neutral heating will only grow. Everllence delivers optimal solutions, expert consulting, and turnkey execution for complex energy projects — all from a single source.

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21st century - the age of the mega heat pumps

Mega heat pumps delivering unmatched solutions to today’s energy challenges. With no compromises on efficiency, sustainability, or economics, Everllence has secured groundbreaking projects across Europe. Investing in a mega heat pump means choosing long-term energy security and profitability.

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Mega heat pumps will be absolutely decisive in achieving industrial climate targets
Mega heat pumps are a game-changer for climate action. As one of the only technologies that both decarbonizes and increases system efficiency, they directly address the core of industrial CO2 emissions. Everllence is unlocking their full potential — making industrial processes energy-efficient and climate-neutral at scale.

 

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The heat is on! Everllence’s first-of-its-kind mega heat pump solution in action

Everllence is reshaping the future of heat generation. From powering 25% of a Danish city’s heating needs to delivering the largest air-to-water heat pump in Helsinki and the biggest river heat pump in Cologne — our projects are setting new standards. With ultra-efficient systems and natural refrigerants that are safe for the environment, Everllence is driving the sustainable energy transition.

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Your business: your questions

Heating and cooling, emissions and costs, sizes and integration, COP and LCOH, technology etc. Whatever you want to know about heat pumps: ask our experts. At Everllence we have know-how and experience in a wide range of sectors including petrochemicals, food & beverages, pulp & paper, district heating, and carbon capture.

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Downloads

Continue reading

Overview mega heat pumps
pdf | 2889 KB
Use Case Esbjerg
pdf | 294 KB
Industrial heat pumps
pdf | 2435 KB
VCC heat pump
pdf | 240 KB
TCC heat pump
pdf | 354 KB
Heat pumps for district heating
pdf | 1345 KB
Heat pumps for process industry
pdf | 580 KB
cover brochure survey
Financing of CO₂ neutral heat pump solutions
pdf | 629 KB
Reactive power compensation
pdf | 497 KB