Containerised Energy Storage System
10 – 40 ft · 400 kWh – 6.88 MWh
At grid scale the schedule is the risk. A containerised system moves the assembly — racks, PCS, thermal, fire, EMS — into a factory where it can be tested, and turns the site work into placing a box and terminating cables. Air-cooled to 3 MWh, liquid-cooled to 6.88 MWh, in 10, 20, 35 and 40 ft enclosures.
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Assembled where it can be tested
Racks, PCS, thermal, fire and EMS integrated and commissioned in the plant, then shipped as one enclosure.
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Air or liquid cooled
Air-cooled builds to 3 MWh; liquid-cooled builds carry 3.44 MWh in 20 ft and 6.88 MWh in 40 ft.
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Cluster by cluster
Built up from battery clusters, so voltage and capacity follow the project rather than a catalogue step.
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Grid duty, not just backup
Peak shaving, output smoothing, frequency and peak regulation, and renewable integration.
Technical specifications
| Chemistry | Lithium iron phosphate (LFP) |
|---|---|
| System energy, air-cooled | 400 / 1,000 / 2,150 / 3,000 kWh |
| System energy, liquid-cooled | 3,440 / 6,880 kWh |
| PCS capacity | 100 kW × 2 / 500 kW / 500 kW × 2 / 1,500 kW |
| System voltage | DC 716.8 – 768 V air / DC 1,228.8 V liquid |
| Enclosure | 10 / 20 / 35 / 40 ft prefabricated |
| Charge / discharge rate | 0.5C |
| Thermal management | Forced air / liquid cooling |
| Fire suppression | Perfluorohexanone + water (optional) |
| Protection degree | IP54 |
Specifications are indicative and configured per project. Contact us for a certified datasheet.
Typical applications
Related products
Tell us the duty. We will size it.
Load, ambient, space and schedule — that is all we need to come back with a proposal.