What we do
We make industrial heat cheaper, cleaner and lower-risk.
By combining power-to-heat, thermal energy storage and continuous energy market optimization, we deliver reliable heat only when electricity is cheaper than gas. This guarantees that our customers never pay more for heat than they do today.
Find out in just 4 simple steps how much you could save by electrifying your heat.
CASE STUDY
Together with tesa, we are implementing a large-scale power-to-heat plant with integrated heat storage in Hamburg, which will provide a significant portion of the energy-intensive process steam generation in a climate-neutral manner in the future.
Industrial heat optimization — proven in operation
Industrial companies already cutting heat costs and CO₂
Electrification that pays for itself, powered by thermal energy storage
Cheaper-than-gas solutions for 24/7 process heat & steam
We’ve done the math. With our market-optimized power-to-heat and thermal energy storage solutions, we enable energy-intensive companies to electrify their production processes at lower cost than natural gas.
The heat is stored and delivered on demand — ensuring reliable supply, flexibility and long-term cost competitiveness.
We use electricity only when it is cheaper than gas and store the heat for later use — lowering your average heat cost. Your thermal storage also earns additional income through grid flexibility and balancing markets.
Typical results
30–70% electrification of heat demand
50% lower fuel cost vs. gas
No added operational risk
Does our power-to-heat solution fit your business?
- Your annual heat demand exceeds 5 GWh
- Sufficient grid connection capacity is available (around 1 MW per 5 GWh of demand)
- You want to reduce costs while cutting CO₂ emissions
- Process heat or steam is required from approx. 120 °C up to and beyond 300 °C
- You are looking for a dependable, lower-cost alternative to fossil-based heat
How we make industrial electrification easy for you:
- We analyze your heat demand and energy data and provide a first economic feasibility check.
- We design your optimized system configuration, including storage, power-to-heat and all required technical components. We model savings under real energy market conditions and power price volatility.
- We deliver your solution either as Heat-as-a-Service (zero CAPEX) or as a turnkey EPC project.
Upgrade your thermal infrastructure without scrapping existing assets. De-fossilize your heat supply while maintaining full redundancy with your existing infrastructure. Our system integrates seamlessly into your current setup as the primary heat source, allowing you to keep your existing boilers as a 100% backup for peak demand or maintenance.
CASE STUDY
In Turnhout, Belgium, our project with Avery Dennison went into operation in 2023. 2,240 parabolic mirrors and six thermal storage modules now deliver a peak yield of 2.7 GWh of thermal energy – reducing the plant’s greenhouse gas emissions by an average of 9% per year.
Find out how your industry can make heat cheaper than gas
The technology behind cheaper-than-gas heat: your flexible storage asset
Robust
Temperature up to 390 °C |
Pressure up to 100+ bar
Standardized
Up to 2 MWhth (20 feet)
High efficiency
Thermal efficiency > 95 %
Maintenance-free
No moving parts
Easy to install
Plug & Play standard 20 foot ISO shipping container
Rapid decarbonisation
CO2 payback: after 2 months
Flexible
Thermal oil or steam as heat transfer fluid
Easily scalable
Modular system from 3 MWh to > 1,000 MWh
The technology behind cheaper-than-gas heat: your flexible storage asset
Robust
Temperature up to 390 °C |
Pressure up to 100+ bar
Standardized
Up to 2 MWhth (20 feet)
High efficiency
Thermal efficiency > 95 %
Easy to install
Plug & Play standard 20 foot ISO shipping container
Rapid decarbonisation
CO2 payback: after 2 months
Flexible
Thermal oil or steam as heat transfer fluid
Maintenance-free
No moving parts
Easily scalable
Modular system from 3 MWh to > 1,000 MWh
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