Product Details
Powered by safe, high-density LiFePO4 cells, this C&I Energy Storage System is built to handle the diverse load profiles of schools, hospitals, and factories. The 8000+ cycle life is a testament to the build quality, ensuring that the Commercial And Industrial Energy Storage provides a reliable return on investment for over 15 years. It's a CE-certified energy hub that brings professional-grade C&I Energy Storage System technology into the reach of mid-sized commercial enterprise.



Technical Parameters
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Technical Specification |
261kWh 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 |
261.248 kWh |
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Rated AC Output Power |
125 kW |
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Cycle Life |
8000+ cycles (@80% DOD, 0.5C) |
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Thermal Management |
Smart Forced Air 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, UN38.3, MSDS |
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FAQ
Q: How does a Peak Shaving Energy Storage system calculate and deliver a real ROI for industrial factories?
A: Commercial electricity bills don't just charge you for the total power you use; they charge you a massive premium for your "peak demand" (the highest amount of power you draw at any single moment). Our Peak Shaving Energy Storage cabinet continuously monitors your facility's main breaker. The millisecond your heavy machinery creates a massive consumption spike, the C&I Energy Storage System instantly discharges power from its internal LiFePO4 cells to handle the load locally. To the utility company, your grid draw looks perfectly flat, effectively eliminating thousands of dollars in monthly demand penalties and delivering a clear hardware ROI within 3 to 5 years.
Q: Why is a liquid cooled battery energy storage system preferred over air cooling for capacities above 200kWh?
A: When you run high-current commercial cycles through a 261kWh/522kWh system, standard air cooling creates dangerous internal "micro-climates"-cells in the center of the rack run much hotter than cells on the outside. This temperature imbalance causes uneven cell aging and kills your warranty. Our liquid cooled battery energy storage system circulates a dedicated cooling loop directly across every single module. By keeping the maximum temperature difference between cells under 3°C, the system prevents thermal breakdown, ensures absolute fire safety, and secures that vital 8000+ cycle life for your commercial asset.
Q: What international compliance and safety certifications do you provide for commercial project site approvals?
A: We know that local grid operators and fire inspectors can hold up a commercial energy project for months if your documentation isn't perfect. That's why our entire Commercial Energy Storage System portfolio arrives factory-certified with comprehensive paperwork. We provide CE, IEC 62619, and full MSDS sheets for the internal electronics and battery modules. For large-scale infrastructure deployments, our cabinets comply with UN3536 and UN38.3 transport and structural safety regulations, allowing your engineering team to clear local grid-tie permits without bureaucratic delays.
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