Air-Cooling 20FT 768VDC 1.29MWh Deep Cycle Battery Energy Storage System 400VAC Container Battery
20T Container Energy Storage System Container Energy Storage System 1000V 1500V Energy Storage Box
|
Adaptive Voltage Range: |
1000- 1500V |
MAX Capacity: |
3.1MWh |
|
Battery Type: |
3.2V 280Ah Lifepo4 Battery |
Dimension(DxWxH): |
6058*2438*2896mm |
|
Weight: |
28T |
Warranty: |
10 Years |
20HC 3.1MWh Container Energy Storage System 1000V – 1500V Energy Storage Box With Grand A 3.2V 280k
Product Description:
Based on lithium iron phosphate battery(LFP) and power conversion technology, GC Solar designed the modular containerized battery energy storage system (BESS),which was successfully used in manyscenarios, such as frequency regulation of power plant, peak shifting of user side, and micro grid applicationwith wind power & solar power.
Features:
1. Highly modularized design make it easy to be transported, installed,constructed and maintained.
2. Reasonable and design enables the system to be operated under various scenarios 3. Battery System:4-evel design makes them easy to be monitored and controlled: Cell level, Module level, Rack level and Containerlevel: 4. BMS: Ensures the battery system to run in a “healthy” condition by monitoring and controling the current, voltage,temperature and other relative parameters of each cells, modules, racks and containers. 5. Cooling system: Using a set of precision air-conditioners to keep the temperature inside the container around 25 “c.
6. Lighting system: lncluding emergency light and lighting, are available in the allcontainers 7. Fire system: FM 200, an advanced automatic fire extinguishing system with audible and visual alarm, is installed inthecontainer. The container can be hermeticallv sealed by the automatic shut-down svstem once the fre extinguishing svstem isactivated.
Technical Parameters:
| Parameter Details | |
|---|---|
| Type of Container | 20 HC |
| Max. Capacity | 3.01Mwh |
| OptionalCapacity | 2.67-3.01Mwh |
| Adaptive voltage range | 1000- 1500V |
| Charge and Discharge Ratio | 0.5CP |
| Battery Cell Parameter | LFP 2 80Ah |
| Module Parameter | LFP-38.4V-560Ah-21.504kWh |
| Cycle Life | 8000 Cycles(90%DOD.>70%EOL) |
| Cycle Efficiency | >94% (DC Side ) |
| BMS Scheme | Active Equalization+ Three- level Architecture |
| Communication Interface | Ethernet/RS- 4 8 5/CAN |
| Communication Protocol | Modbus-TCP/IEC61 8 50 104 |
| Temperature Control Scheme | Intelligent Variable Frequency Air Cooling |
| Fire Extinguishing Scheme | Gas/ Smoke/ Temperature Detection+ Heptafluoropropane+ Water+ Perfluorohexanone( Optional) + Active Air Exhaust |
| Insulation Resistance | > 10MΩ |
| Auxiliary Power Supply | AC380V-50HZ |
| Altitude |
<5000m (> 3000m Capacity Reduction) |
| Allowable Ambient Temperature | -40~+55.C |
| Allowable Relative Humidity | -0 – 95%Rh ( without Condensation ) |
| Ingress Protection | IP65 |
| Corrosion- proof Grade | C4 (C5 Optional) |
| Dimension ( L* W*H) | 6058*2438*2896mm |
| Full Weight | 28T |
| Product Certification | GB/T36276 ,GB/T34131 ,UL1973 ,UL9540A ,IEC62619 ,UN38.3 |
Packing and Shipping:
The Container Energy Storage System is securely packaged to ensure that it arrives to its destination in good condition. The system is individually packaged in a box or crate. All parts and components are secured within the box or crate with high-quality cushioning material. Extra cushioning material is used to fill in any empty spaces within the box or crate and to secure the box or crate to its destination.
The shipping method for the Container Energy Storage System will depend on the final destination. If the system is to be shipped to a residential destination, it will be shipped via ground delivery. If the system is to be shipped to a commercial destination, it will be shipped by air or sea, depending on the size and weight of the system.