Energy Storage Cabinet Selection Guide
Reviewed by the Fengguang engineering team · Last updated 10 Nov 2026
Liquid-cooled battery cabinets with PCS, BMS and fire protection in one enclosure. This guide covers the selection inputs, typical configuration and the questions to settle before the datasheet is approved.
What this family covers
Liquid-cooled battery cabinets with PCS, BMS and fire protection in one enclosure.
An energy storage integrated cabinet packs battery modules, a power conversion system (PCS), battery management (BMS), energy management (EMS), thermal management and fire protection into one enclosure. It is the building block of a commercial or industrial battery-energy-storage system. Fengguang supplies liquid-cooled cabinets from 50 kWh to 215 kWh, with 50 kW and 100 kW power options. Typical applications incl
How to select
Start with the load in kVA, the voltage class, the fault level and the site conditions. Then choose the loss level, cooling, winding material, tap range and enclosure. Do not select from a catalogue without those inputs.
Typical configuration
Most projects start from a standard Energy Storage Cabinet platform and adapt the cooling, terminals, protection and finish. The approved datasheet fixes the guaranteed values.
Questions to settle before the datasheet
Confirm the load profile, voltage ratio, tap range, impedance, fault level, cooling stage, ambient, altitude, enclosure, corrosion class, termination and test scope. These are the inputs that change the design.
Acceptance checks
Check the nameplate data, routine test report, dimensions, weight, painting, accessories and packing against the approved drawing. For critical projects, add a witnessed test and a document review.
| Input | What to confirm |
|---|---|
| Capacity | kVA and load profile |
| Voltage | Class, ratio and tap range |
| Losses | No-load and load loss |
| Cooling | ONAN/ONAF or AN/AF |
| Environment | Ambient, altitude, IP and corrosion |
FAQ
How do I choose a Energy Storage Cabinet?
Start from maximum demand, voltage class, fault level and site conditions. Then compare losses, cooling, dimensions and protection as a system.
Can the transformer be customised?
Yes. Winding material, losses, cooling, terminals, enclosure and finish are project options, confirmed on the approved datasheet.
What should be in the quotation?
Guaranteed losses, impedance, tap range, cooling stage, dimensions, weight, test scope, documents and delivery basis.
What is the most common selection error?
Sizing on connected load, ignoring ambient/altitude, or comparing models only on purchase price instead of total owning cost.
Related pages
Need this applied to a project?
Send the application, voltage class and site conditions through the inquiry form. The team will check the transformer family and the document scope.
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