100kWh Battery
- Best For: Shops / Offices / Small Warehouses / Small Factories
- Load Support: 50kW
- Backup Time: 2 hours at full load
- Installation: All-in-One Outdoor ESS Cabinet
100kWh+ Battery systems for commercial backup, solar energy storage, peak shaving, and industrial energy projects. Manufacturer: SORYQEX Battery Storage Co., Ltd. Brand: SORYQEX
A 100kWh+ Battery is for commercial battery storage and industrial battery storage projects where standard home batteries are too small.
It starts from 100kWh and extends to 215kWh, 500kWh, 1MWh, or larger battery energy storage system sizes.
Use this page when you need backup power, solar storage, peak shaving, factory backup, cold storage support, or outdoor energy storage cabinet solutions.
Looking for more models or a custom configuration? Contact us and we will match the right energy storage products for your project.
Contact UsNo products match. Clear filters to see all.
Choose the system by load, backup time, PCS power, site voltage, and expansion plan. For 100kWh battery backup, check the critical load list first. Lighting, POS, refrigeration, pumps, compressors, and HVAC do not start or run the same way.
| Project Need | Suggested System |
|---|---|
| Small commercial backup | 100kWh Battery |
| Cold storage / supermarket | 100kWh–215kWh |
| Factory peak shaving | 215kWh–500kWh |
| Industrial park / microgrid | 500kWh–1MWh+ |
A 100kWh battery bank or larger 100kWh+ Battery system must match the site electrical design. Check before ordering:
| Check Item | Requirement |
|---|---|
| Site Voltage | 380V / 400V / 415V / 480V three-phase |
| PCS / Inverter Power | match load power and startup demand |
| Solar Input | confirm PV capacity, DC voltage, and MPPT range |
| Backup Transfer | check ATS, critical-load panel, and off-grid mode |
| Communication | confirm EMS, BMS, PCS, meter, and monitoring connection |
A 100kWh battery storage project should leave room for future expansion. Check cabinet space, cable route, service clearance, switchgear capacity, transformer capacity, PCS reserve, and EMS control before installation.
The table below lists the installation and protection parameters for the 100kWh-plus battery models shown on this page.
| Model | IP Rating | Rated Voltage | Drainage / Installation | Fire Protection |
|---|---|---|---|---|
| 100kWh Battery | IP54 | 358.4V DC | Ground-mounted outdoor cabinet | Aerosol fire extinguishing |
| 215kWh Battery | IP55 | 768V DC / 400V AC | Ground-mounted outdoor cabinet | Aerosol + water fire suppression |
| 500kWh Battery | IP54 | 1331.2V DC / 690V AC | Outdoor liquid-cooled cabinet | Intelligent fire protection system |
| 1MWh Battery | IP54 | 1331.2V DC / 690V AC | 20ft containerized system | Intelligent fire protection system |
selected critical loads
refrigeration and compressor loads
lighting, security, network, and selected equipment
POS, lighting, network, and selected refrigeration
solar energy storage and grid reduction
demand charge control
solar, battery, PCS, and EMS dispatch
The 100kWh+ Battery price depends on capacity, PCS / inverter power, cabinet type, fire protection, cooling, EMS / BMS, shipping, installation scope, grid connection, and backup output requirements.
The 100kWh battery price depends on whether the buyer needs a battery-only cabinet or a complete ESS cabinet with PCS, EMS, fire protection, and solar charging support.
The 100kWh battery pack price depends on battery chemistry, cabinet structure, rated power, cooling design, certification, communication setup, and system integration scope.
Yes. Solar battery 100kWh can work for commercial solar storage when PV size, PCS power, AC voltage, grid mode, and backup load requirements are matched correctly.
Yes, but selected factory loads should be planned first. Motors, compressors, pumps, HVAC, and production equipment need startup-current and load-priority checks before sizing.
It depends on the system format. Some projects use battery cabinets with external PCS. Some use all-in-one ESS cabinets. Confirm this before comparing prices.
Send the load list, site voltage, PV system size, backup target, installation location, grid connection type, preferred capacity, and whether the project needs backup, peak shaving, solar self-consumption, or all three.