Round-trip efficiency
TheStorage converts renewable energy into heat, stores it in sand, and delivers it as industrial steam on demand. It helps you to optimize your heat processes and allows you to utilize low-cost electricity periods in the most cost-efficient way. It is great in serving both needs and continuous non-interruptive processes.
Because the charger, storage, and heat exchanger are independent units, we can configure the best combination to your process and economics. These are the ranges we build.
We deliver all temperatures and pressures used in process steam.
Charging
Storing
Discharging
Storage temperature
Round-trip efficiency
Applications
TheStorage Thermal Energy Storage integrates with existing production systems to deliver clean steam across multiple industries.
Steam
Steam is the primary source of process heat in food and beverage production. It is used for cooking, pasteurization, evaporation, and drying at temperatures typically between 100°C and 200°C. This range also fits well with what TheStorage's thermal energy storage can deliver.
Typical process requirements
Temperatures
150°C to 250°C
Delivery medium
Steam
Integration
Seamless fit to existing steam network
Additional information
Food grade steam available.
Steam
Building materials production runs on drying and heat treatment: aggregates, insulation, boards, plaster and mineral products all need process heat between 100 °C and 300 °C, some higher. These are batch and semi-continuous cycles with sharp, repeated peaks in demand; exactly the pattern a thermal store is built to absorb.
Typical process requirements
TemperatureS
100 °C to 300 °C+
Delivery medium
Steam
Integration
Seamless fit to curing chambers & autoclaves
Additional information
Built for sharp, repeated batch peaks
Displaces gas and oil-fired process heat
Steam
Hot Oil
Chemical production needs precise, uninterrupted heat across a wide band — reactor and jacket heating, distillation, evaporation, drying and calcination. TheStorage delivers steam up to 550 °C and thermal oil up to 350 °C from the same store, holding setpoints steady while decoupling your heat supply from fuel markets.
Typical process requirements
TemperatureS
Steam up to 550 °C / oil up to 350 °C
Delivery medium
Steam · Hot oil
Integration
Seamless fit to reactor & utility loops
Additional information
Steam and thermal oil from one store
Sand is inert, non-toxic and non-corrosive
Steam
Hot Oil
Polymer processing runs on tightly controlled heat. Extrusion and compounding sit between 160 °C and 300 °C, and the thermal oil loops that serve presses, dies, rolls and curing ovens operate up to 350 °C. Stored renewable heat replaces fired heaters and gas without changing the line.
Typical process requirements
TemperatureS
Oil up to 350 °C / steam up to 550 °C
Delivery medium
Steam
Hot oil ·
Integration
Seamless fit to thermal oil & press loops
Good to know
Replaces fired heaters and gas burners
No on-site combustion or flue gas
Steam
Parmaceutical plants run on clean utilities. Sterilisation-in-place uses saturated steam above 120 °C, and the same steam heats the water for clean-in-place cycles and the air for drying. All of it has to be available on demand, every shift, without interruption.
Typical process requirements
TemperatureS
150 °C to 250 °C
Delivery medium
Steam
Integration
Seamless fit to clean steam & utility systems
Additional information
Feeds clean and pure steam generators
Full heat power available at all times
Steam
Hot Oil
Around 80% of industrial heat still comes from burning fossil fuels, and much of that duty is served by steam or thermal oil. If your process needs steam up to 550 °C or hot oil up to 350 °C — textiles, minerals, ingredients, laundries, district heat — TheStorage is likely a fit. Tell us your temperature, pressure, and load profile.
Typical process requirements
Temperatures
Steam up to 550 °C / oil up to 350 °C
Delivery medium
Steam · Hot oil
Integration
Sized to your process and load profile
Additional information
Charges on low-cost or surplus electricity
Serves both batch and continuous processes
See what renewable heat stored in sand could mean for your facility, or talk to us about your process.
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