About Us

---

High-temperature thermal storage lets a mill charge on low-cost renewable electricity or waste heat and deliver heat when production needs it — 100 °C to 1,300 °C, as air, steam, thermal oil or inert gas. We size it, model the economics for your site, and tell you honestly whether it pays. 

• Delivered heat from the cheapest slots of Finnish spot or from waste heat
• 4 MWh to GWh scale, modular retrofit
• Proven at 25 MW: PepsiCo / Eneco, Netherlands

• Reduce primary heat energy cost by 20-60 % by storing heat when electricity prices are low*
• Full exploitation of high temperature heat recovery potentials
• Reduced CO₂ emissions
• Reduced exposure to fuel and electricity price volatility
• Industrial temperatures up to 1300°C 

*case dependent

          ✅ Lime kilns

          ✅ Pulp & paper

          ✅ Food & beverage

          ✅ Ceramics

          ✅ Glass

          ✅ Chemicals

          ✅ Metals

1. Charge: Use low-cost electricity or waste heat to heat the storage material.
2. Store: Retain energy for hours or days.
3. Discharge: Deliver heat to your process when needed—efficiently and reliably.

Clean electric heat that can be competitive against all forms of combustion heat in Finland by utilising low cost electricity hours only. 

Ready to decarbonize your industrial heat?

Contact us to explore how Enevalor and Kraftblock can help you unlock sustainable value.