100kWh Outdoor Energy Storage Cabinet
- Best For: Outdoor commercial backup / solar storage
- Load Support: 50kW
- Approx. Backup Time: Approx. 2 hours at rated load
- Installation: Outdoor Cabinet
Outdoor energy storage cabinets for commercial and industrial sites that need solar storage, peak shaving, backup power, and reliable outdoor installation.
An outdoor energy storage cabinet is an integrated battery storage system designed for outdoor commercial and industrial installation. Depending on the configuration, the cabinet can combine LiFePO4 battery modules, BMS, PCS, EMS, thermal management, electrical protection, and fire protection in one enclosure. It can support solar energy storage, peak shaving, backup power, EV charging support, and microgrid applications. Before choosing an outdoor battery storage cabinet, check load power, required backup time, solar capacity, grid voltage, IP protection, cooling method, and available installation space.
Compare outdoor battery storage cabinets by capacity, load support, backup time, cooling method, and installation requirements.
Looking for more models or a custom configuration? Contact us and we will match the right energy storage products for your project.
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Best For: Commercial Buildings / Warehouses / Small Industrial Sites.

Best For: Solar Rooftops / Business Parks / Factories With PV.

Best For: Factories / Warehouses / Commercial Buildings.

Best For: Industrial Parks / Factories / Shared Solar Sites.

Best For: EV Charging Sites / Fleets / Commercial Parking.

Best For: Remote Sites / Industrial Parks / Microgrids.
Start with three numbers: the peak load you need to support, the backup time you need, and the available solar surplus. Then match your project to the cabinet capacity and maximum load support below.
| Capacity | Max. Load Support | Approx. Backup Time | Typical Use |
|---|---|---|---|
| 100kWh | 50kW | 2 hours | Small commercial backup / solar storage |
| 215kWh | 100kW | 2.15 hours | C&I peak shaving / backup |
| 233kWh | 100kW | 2.33 hours | Outdoor cabinet storage |
| 261kWh | 125kW | 2.09 hours | Factory storage / solar storage |
| 372kWh | 186kW | 2 hours | Large C&I backup |
The table below uses publicly documented reference specifications for comparable outdoor energy storage cabinets. Confirm the exact value for the selected model against its datasheet before quotation.
| Model | IP Rating | Rated Voltage | Drainage / Installation | Fire Protection |
|---|---|---|---|---|
| 100kWh / 50kW | IP54 | 358.4V DC | Ground-mounted outdoor cabinet | Integrated fire protection |
| 215kWh / 100kW | IP55 | 768V DC / 400V AC | Ground-mounted outdoor cabinet | Aerosol + water fire suppression |
| 233kWh / 100kW | IP65 | — | Outdoor cabinet | — |
| 261kWh / 125kW | IP55 | 728–864V DC / 400V or 480V AC | Outdoor liquid-cooled cabinet | Aerosol fire suppression |
| 372kWh / 186kW | IP54 | 1331.2V DC / 690V AC | Outdoor liquid-cooled cabinet | Intelligent fire protection system |
See outdoor cabinet installation, solar charging, peak shaving, backup switching, and energy management workflows before sending project details.
Outdoor cabinet installation and commercial storage overview.
See how solar energy can charge storage and support site loads.
Review the discharge workflow when site demand rises.
See backup power switching for selected critical loads.
Looking for more install clips or a custom project walkthrough? Contact us and we will share matching energy storage project videos.
Contact UsIt is an outdoor battery storage enclosure designed to integrate battery modules and, depending on the configuration, PCS, BMS, EMS, cooling, electrical protection, and fire protection.
Start with peak load, critical load, backup hours, solar surplus, and available installation space. Then confirm PCS output and usable energy.
The choice depends on cabinet capacity, ambient conditions, operating profile, maintenance requirements, and the confirmed system design.
Yes, when the PCS, EMS, grid connection, and solar PV design are compatible with the project.
Confirm foundation, clearance, IP protection, drainage, cable routing, grounding, grid voltage, fire protection, and local electrical requirements.