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inesco energy

sodistore industry
The reliable high-voltage storage solution

sodistore industry for industry and infrastructure—the innovative energy storage product based on sodium-ion technology

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Freestanding or built-in: sodistore industry—the flexible large-capacity storage solution

The Sodistore Industry is the high-performance energy storage system for industrial facilities and companies with high energy demands.

With a flexibly scalable storage capacity ranging from 130 to 2,090 kWh , it is suitable for a wide variety of industrial applications—from optimizing self-consumption and the use of solar power to reducing peak loads.

Thanks to the modular system architecture , the sodistore industry can be customized to meet your facility’s specific needs and scaled up as energy demand increases.

It thus offers a high-performance and sustainable solution for industrial energy storage, even for large energy consumers.



Example 130

Example: 130 kWh (15 x 8.71 kWh) stacked
Scalable up to 2.09 MWh

Example: 130 kWh (15 x 8.71 kWh) in a cabinet
Scalable up to 2.09 MWh

sodistore industry Excerpt from the data sheet Value
Capacity per battery 8.71 kWh
Temperature range -20°C to 55°C
Cycle life 8,000 cycles
Max. continuous charge/discharge current 170A
Capacity 130–2,090 kWh
Operating Voltage Range 180–918 V
Rated Operating Power 50–1,000 kW

The Benefits at a Glance

Fully recyclable - resource-saving, completely lithium-free

Particularly easy to install and flexible to integrate

Can be used in extreme temperatures (from -20°C to +55°C)

Compatible with leading energy management systems ( EMS)

Ultra-Safe NFPP Cell Chemistry

DC/AC coupled directly from PV with emergency power and island operation

Remote Maintenance via inesco Monitoring

Modular and scalable to meet individual energy storage needs of up to 2.09 kWh

The Right Storage Solution for Your Business

Modular, powerful, and designed as a complete system

Our storage product family maximizes self-consumption and makes energy supply predictable and efficient.