Flexible industrial heat electrification and scalable energy storage

TheStorage offers cost efficient, sustainable grid scale energy storage that can discharge heat, steam or CHP

Future is electric

70 %
30 %
0%
Industrial heat is produced via burning fossil fuels
Global C02 emissions come from industrial heat production
Zero emissions with TheStorage solution

Fire was amazing invention 400 000 years ago

Time to electrify industrial heat is now

How it works

Charging

Cold sand flows through our patent pending electric heating system and is heated up to 1200 °C. Hot sand is stored in hot storage container.

Discharging

High energy density hot sand flows through our patent pending heat exchanger. Discharged media can be steam/superheated steam, hot air or hot pressurized water.

Markets

Industrial heat
Combined heat and power
District heating
Hot water 50 - 200 °C
Steam 50 - 500 °C
Hot oil up to 280 °C
Hot air 80 - 800 °C
30-40% electricity- the rest as district heat or steam
Water 60 - 110°C
Main parameters
- 10 - 500
- MWh
- 1, 2 or 5
- MW
- 98
- %
Storage capacity modules
Charger and discharger - Combine as many as needed
Round trip efficiency

Turn intermittent renewables into constant heat and power

1,9 TW
90 %
98%
CHP production globally
Of CHP production is driven by fossil fuels
Round trip efficiency when using combined heat and power steam in TheStorage turbine configuration

CHP production. Turn intermittent renewables into constant energy, heat and power

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Our company

Experience

Our dedicated team has 30 years + experience from the boiler industry. We are committed to create economical and reliable solution for Your green transition to produce heat and power with buffered carborn free energy with modular TheStorage solution.