High Voltage Lithium Battery LiFePO4 314Ah 241kWh for Industrial UPS EPS Power Solutions
MECC High Voltage Battery 314AH, the epitome of safety and reliability in the world of energy storage. This cutting-edge lithium iron phosphate battery system is specifically designed to cater to the demanding needs of UPS, home storage, and industrial as well as commercial energy storage fields. Whether you're looking to secure uninterrupted power supply, optimize home energy consumption, or enhance industrial energy capabilities, this battery energy storage system delivers the solution you need with unmatched versatility and reliability.
Detailed Product Features:
1. High-Efficiency LiFePO₄ Battery Technology
Delivers a long lifespan, enhanced safety, and high energy density
Maintains a 90% Depth of Discharge (DoD) for maximum energy utilization
2. Discharge and Charge Control
Enhanced control mechanisms allow for efficient management of both charging and discharging processes, optimizing performance and extending battery life.
3. Standardized Module Design
The system's modular design promotes ease of installation and scalability, allowing for straightforward integration into various energy storage applications. Up to 15 battery racks can be managed in parallel.
4. Safe, Reliable, and Long Life
Built with safety at its forefront, our battery system offers unmatched reliability and longevity, ensuring peace of mind for all users.
5. Flexible Capacity
The system's design supports capacity expansion, enabling customization to meet specific energy requirements, providing a tailored solution for every user.
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MODEL |
MECC153.6-314AH |
MECC204.8-314AH |
MECC256.0-314AH |
MECC307.2-314AH |
MECC358.4-314AH |
MECC409.6-314AH |
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Battery Type |
LiFePO4(LFP) |
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Battery Module |
51.2V 314AH |
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Number of Modules |
3PCS |
4PCS |
5PCS |
6PCS |
7PCS |
8PCS |
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Nominal Voltage(V) |
153.6V |
204.8V |
256.0V |
307.2V |
358.4V |
409.6V |
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Nominal Capacity(KWH) |
48KWH |
64KWH |
80KWH |
96KWH |
112KWh |
128KWH |
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Dimension(mm) |
575*800*1250 |
575*800*1530 |
575*800*1800 |
1080*800*1250 |
1080*800*1250 |
1080*800*1530 |
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Weight(kg) |
396 |
530 |
665 |
795 |
930 |
1060 |
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Operating Voltage |
134-172.8V |
179-230.4V |
224-288V |
268-345.6V |
313.6-403.2V |
358-460.8V |
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MAX Charge/Discharge Current |
200A(MAX); 100A(Recommended) |
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Remmended Charge/ |
200A(MAX); 100A(Recommended) |
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Cycle Life |
>6000. 25°C |
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BMS |
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BMS Monitoring PRM |
SOC, System voltage, current, cell voltage,cell temperature, module temperature |
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Communication |
CAN/RS-485/WIFI |
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GENERAL |
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Operating Temp Range |
-10℃-50℃ |
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Transport or Storage |
-20℃-60℃ |
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Humidity |
15% - 85% (No Condensing) |
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Installation |
Floor Installation |
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Cases
FAQ
What maintenance features does the system incorporate to ensure long-term reliability?
The self-consumption optimized design minimizes grid dependence while reducing maintenance requirements. The modular architecture allows for easy capacity expansion by simply adding more 280Ah units without system downtime. Advanced features like automatic cell balancing, temperature monitoring, and predictive maintenance alerts through the BMS ensure optimal performance throughout the system's 10+ year lifespan with minimal manual intervention required.
Can this energy storage system support electric vehicle charging infrastructure?
Yes, the system's V2G technology makes it particularly suitable for EV charging applications. It enables bidirectional energy flow, allowing EV batteries to discharge power back to the grid during peak demand periods. This capability helps optimize charging costs while supporting grid stability. The system's high-voltage operation (up to 716.8V) also enables faster charging speeds compared to conventional systems when configured appropriately.
What safety features are incorporated into the system's design?
The enclosed white racks with strategically placed ventilation holes prevent overheating while maintaining proper thermal management. Color-coded cables (red/black for power, yellow/green for communication) reduce installation errors and electrical risks. The system includes multiple protection layers: cell-level fusing, module-level circuit breakers, and system-level safeguards against overcharge, over-discharge, short circuits, and thermal events, ensuring safe operation in grid-tied environments.
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