EN
Energy Storage System
Integrated Liquid-Cooled Storage for Commercial&Industrial Applications
A modular, high-performance solution for safe, efficient, and intelligent energy management.
Description
Energy Storage System
The liquid-cooled industrial and commercial energy storage system adopts a modular, integrated design that combines the Power Conversion System (PCS), LFP battery packs, energy management system, and fire protection system. Utilizing innovative wing-type liquid cooling technology, the system delivers high-performance, long-life, and safe integrated energy storage solutions for commercial and industrial applications.
Key Advantages
• Increases overall discharge capacity by 20%
• Reduces power consumption by 20%
• Supports high-current charge/discharge operation
• Enables maximum continuous charge/discharge power
• Saves space with ultra-high energy density and lower transportation costs
Technical Features
• Efficient Heat Transfer: Edgeless heat exchange surface with wing structures for fluid disturbance, achieving superior heat exchange performance.
• Excellent Temperature Uniformity: Straight-through wing design with a rotary micro-channel flow path ensures a pack temperature difference of < 3°C.
• Lightweight & Scalable EMS: Modular energy management system supports multi-unit parallel connection for flexible expansion.
• Intelligent O&M: Capable of peak shaving, valley filling, emergency power supply, and optimized power flow control.
• Highly Efficient Liquid Cooling: Delivers precise thermal management to ensure system safety and reliability.
Application Scenarios
• Zero-Carbon Parks - Provides peak shaving, valley filling, and reliable power supply.
• PV, Storage and Charging Integration - Optimizes power flow control and reduces operation and maintenance costs.
• Commercial Complexes - Serves as backup power to ensure energy independence.
• Off-Grid Energy Storage - Enables micro-grid development in areas without grid access.
Technical Specifications
|
Product Type |
L233 |
|
DC |
|
|
Cell type |
LFP |
|
Rated Power |
232.96 kWh |
|
Battery Rated Voltage |
832 V |
|
Battery Voltage Range |
650~949 V |
|
Standard charge/discharge current |
140 A (0.5 C) |
|
Max. charge/discharge current |
160 A (0.5 C) |
|
DC protection |
Breaker+FUSE |
|
AC |
|
|
Rated output power |
125 kW |
|
Rated grid voltage |
400 V |
|
AC connection method |
Three-phase three-wire/three-phase four-wire |
|
Nominal grid frequency |
50 Hz/60 Hz |
|
Max. THD of current |
≤3% (full load) |
|
Power factor |
-0.99~+0.99 |
|
General data |
|
|
Weight |
2.5 t |
|
Dimension (W*D*H) |
1000*1350*2350 mm |
|
Cooling method |
Liquid Cooling |
|
Max. operating altitude |
≤2000 m |
|
Operating temperature range |
-30~ +55 ℃ |
|
Relative operating humidity |
0%-95%,RH |
|
Protection level |
IP54 |
|
Communication Interface |
Ethernet |
|
Protocol |
IEC61850,Modbus |
|
Fire Control |
Aerosol |
|
Certifications |
IEC/EN62619,IEC/UL60730 |
