Product Details
The high-throughput nature of grid work demands the chemistry stability of LiFePO4 cells. This Grid Energy Storage system is engineered to maintain a stable 8000+ cycle life, even when performing multiple short-duration discharge cycles per day. Because this Grid Energy Storage batterie carries full CE and UN3536 clearances, it is ready for deployment in large-scale energy farms or substation-side support. It's the resilient, modular Grid Energy Storage system that utility operators need to keep the modern 2026 grid stable and reliable.
Technical Parameters
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Technical Specification |
522kWh C&I Storage Cabinet |
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Battery Chemistry |
Premium LiFePO4 cells (LFP) |
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Cell Capacity & Type |
314Ah High-Density Matrix |
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Nominal Energy Capacity |
522.4 96kWh |
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Rated AC Output Power |
250 kW |
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Cycle Life |
8000+ cycles (@80% DOD, 0.5C) |
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Thermal Management |
Advanced Closed-Loop Liquid Cooling |
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Fire Suppression System |
Perfluoroketone&Aerosol Fire Protection System |
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Enclosure Protection |
IP55 (All-Weather Outdoor Rated) |
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Certifications |
CE, IEC 62619, UN3536, UN38.3 |
Our Workshop
FAQ
Q: What is the difference between your High-Voltage (HV) and Low-Voltage (LV) residential systems?
A: LV systems (48V/51.2V) are generally safer for DIY installations and more cost-effective for smaller homes. In contrast, our HV systems offer higher discharge efficiency and are better suited for large households with heavy loads like central air conditioning, as they reduce current flow and minimize heat loss in the wiring.
Q: What if there's a quality problem?
A: We implement a "Replacement First, Analysis Later" policy for critical components during the warranty period. If a quality issue occurs, our team will diagnose the problem via remote monitoring within 24 hours and ship replacement parts if necessary to minimize system downtime.
Q: How does the "PV-Storage-Charging" integration benefit my EV charging business?
A: The integrated design eliminates the need for separate inverter and transformer installations. By combining solar input, battery storage, and EV charging interfaces into one cabinet, you reduce energy conversion losses by approximately 5-8%. It's a "micro-grid" solution that ensures your charging station remains operational even during grid instability.
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