High-Density Commercial Battery Energy Storage System
When air cooling isn’t enough, this is the next step up.
The 418kWh liquid-cooled energy storage cabinet is built for larger commercial and industrial projects that demand tighter thermal control, longer service life, and higher system efficiency.
It fits right between small air-cooled cabinets and full containerized storage systems. You get the performance of liquid cooling without jumping straight to a 20-foot container solution.
Each cabinet operates independently with its own liquid cooling loop. Install one. Or place multiple units side by side to scale into the MWh range. No complicated redesign. No wasted space.
Inside the cabinet, everything works together—LFP battery modules, precision liquid cooling, BMS, PCS, and integrated fire protection. It ships as a complete system. Install, connect, and commission.
Why Choose the 418kWh Liquid-Cooled Cabinet?
Higher Energy Density. Smaller Footprint.
You get 418kWh in just 2.0 square meters.
That’s more storage per square foot compared to most cabinet-based systems in this class. Ideal for sites where space is limited but demand is growing.
Precision Liquid Cooling That Protects Your Investment
The system uses PACK-level liquid cooling channels designed for uniform heat removal.
Cell temperature difference is controlled within 3°C across the cabinet.
What does that mean in the real world?
- More consistent battery aging
- Lower internal stress
- Better long-term performance
- Reduced auxiliary energy consumption
Liquid cooling keeps performance stable—even under heavy cycling.
Built-In Fire Protection
Safety isn’t an afterthought.
The cabinet includes PACK-level fire detection and an automatic aerosol suppression system. If abnormal heat is detected, the system responds quickly to isolate and suppress the issue before it spreads.
Thermal runaway prevention starts at the module level.
Long Cycle Life
This system supports over 8,000 deep charge and discharge cycles.
For daily cycling applications—like peak shaving or renewable energy shifting—that translates into years of stable operation and stronger lifetime returns.
Flexible Expansion
Need more capacity next year? Add another cabinet.
The design allows seamless side-by-side installation and multi-unit parallel operation. It adapts to different grid connection schemes and site layouts.
Start at 418kWh. Scale to multiple megawatt-hours.
Fully Integrated. Ready to Deploy.
Battery modules. Liquid cooling loop. PCS. BMS. Fire suppression. Control system.
All integrated inside a standardized enclosure.
Factory-assembled. Factory-tested. Delivered ready for commissioning. That shortens your project timeline and reduces on-site complexity.
418kWh BESS for Industrial and Microgrid Applications
Commercial & Industrial Facilities
Peak shaving. Demand charge reduction. Backup for critical loads. Improve energy cost predictability.
Solar + Storage + EV Charging
Store excess solar during the day. Support fast EV charging. Reduce grid impact during peak hours.
Industrial Parks & Campuses
Shared energy storage for multiple buildings. Improve power stability and resilience.
Regional Microgrids
Support renewable integration. Stabilize voltage and frequency. Provide backup during outages.
Renewable Energy Integration
Pair with solar or wind to smooth output and shift energy to higher-value time periods.
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ht926476@gmail.com2026-02-13 04:57:522026-02-13 04:59:25EPS Transfer Cabinet (125/375/750-C) | Reliable Backup Power Switch
