Industrial storage
Industrial storage systems are intended for sites with high power levels, critical processes, charging infrastructure, large-scale PV or grid connection limits.
Industrial storage systems are intended for sites with high power levels, critical processes, charging infrastructure, large-scale PV or grid connection limits.
The starting problem
Industrial customers often have high base loads, intense load peaks, transformers, medium-voltage supply, production processes and availability requirements. A pure kWh view is not enough.
How a storage system can help
A storage system can reduce load peaks, make better use of grid connections, shift PV power, enable charging infrastructure and — with properly defined concepts — increase supply security.
Key planning factors
- load profile and production hours
- transformer and medium-voltage structure
- load peaks
- PV/wind generation
- charging infrastructure
- process criticality
- fire protection
- operations management
Matching Speichercampus products
The OmniCube A215 or E261LP for smaller industrial projects; the Elecnova E10FT/E20FT and PotisBank for MWh projects; Hyperstrong as a project-specific option.
Frequently asked questions
Which sites are industrial storage systems intended for?
Sites with high power levels, critical processes, charging infrastructure, large-scale PV or grid connection limits. A pure kWh view is not enough there.
How can an industrial storage system help?
It can reduce load peaks, make better use of grid connections, shift PV power, enable charging infrastructure and, with properly defined concepts, increase supply security.
Which planning factors matter for industrial storage?
Load profile and production hours, transformer and medium-voltage structure, load peaks, PV/wind generation, charging infrastructure, process criticality, fire protection and operations management.
Is an industrial storage system a catalogue product?
No. Caution is advised with critical processes and medium-voltage integration: fire protection, protection systems and grid operator requirements need real engineering.
Matching products
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LONGi LONGi OmniCube A215 Integrated DC flexibility system for commerce and industry: 215 kWh, 105 kW, optional STS for grid/island operation and direct PV connection via MPPT.
215 kWh · 105 kW
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Elecnova Elecnova ECO-E261LP-2A All-in-one liquid-cooled storage cabinet: 261 kWh, 125 kW on a 1.4 m² footprint, with a cell temperature spread below 3 °C.
261 kWh · 125 kW
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Elecnova Elecnova ECO-E10FT1044LP-2 Highly integrated 10 ft storage container with integrated STS: 1,044 kWh, 500 kW, seamless on/off-grid transfer in under 20 ms, interfaces for diesel and PV.
1.04 MWh · 500 kW
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Elecnova Elecnova ECO-E20FT2170LP-2 All-in-one 20 ft storage container with hybrid cooling: 2.17 MWh, 1,000 kW — for large commercial, industrial and utility-scale projects.
2.17 MWh · 1 MW
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LONGi LONGi PotisBank L5.0 Liquid-cooled utility-scale ESS in a 20 ft container: 5.0 MWh DC block with the ICCS safety system for grid-scale storage projects.
5 MWh
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Hyperstrong Hyperstrong HyperCube C&I II Plus Liquid-cooled C&I storage system for outdoor use: 261 kWh, 125 kVA, AI-supported safety and operations management, up to 20 units in parallel.
261 kWh · 125 kW