- Recommend for you
-
What is Eve 5mwh Liquid Cooling Energy Storage System LiFePO4 628ah Cell Lithium Battery Commercial Storage System
-
What is Eve Ess-3440-2h-L 3.44mwh LiFePO4 280ah Lithium Battery Lithium Cell Grid Ess Solar Energy Storage Battery LiFePO4 Battery Commercial Storage System
-
What is Eve 4mwh Energy Storage System LiFePO4 306ah Cell Ess Solar Energy Storage Battery LiFePO4 Battery Lithium Battery Commercial Storage System Lithium 5kwh
What is Eve 5mwh Energy Storage System LiFePO4 628ah Cell Ess Solar Energy Storage Battery LiFePO4 Battery Lithium Battery Commercial Storage System Lithium
Price
Purchase Qty. Reference FOB Price
1-9 Pieces US$1,287,888.70
10-19 Pieces US$1,195,896.60
20+ Pieces US$1,126,902.60
Sepcifications
- Container Size 20hc
- Weight 45kg
- Nominal Voltage 1331.2
- Warranty 1 Years
- Nominal Capacity 5015kwh
- Cycle Life 8000 Cycels
- Transport Package 20 High Cube Container
- Specification 6058*2438*2896mm
- Trademark EVE
- Origin Hubei, China
- System Configuration 6*1p52s
- IP Rating IP55
- Charging Temperature 0~55℃
- Discharging Temperature -20~55℃
- Thermal Management Liquid Cooling
Product Description
Specification Brand Name EVE Rated Voltage 1331.2V Rated Energy 5015kWh System configuration 6*1P52S Weight 45T Dimension 6058*2438*2896mm Operating evnironment temperature -30ºC ~ 60ºC Charging Temperature 0ºC ~ 55ºC Discharging Temperature -20ºC ~ 55ºC Thermal management Liquid cooling Keywords ...
-
EVE 314Ah LiFePO4 Battery Cell: A Comprehensive Guide for Engineers and Procurement Specialists This comprehensive guide explores the fundamentals of battery cells, with a special focus on the EVE 314Ah LiFePO4 cell. It covers cell anatomy, working principles, comparisons with other chemistries, and practical insights for engineers and procurement professionals looking to make informed decisions for energy storage applications. -
Emergency Lithium Battery Charging: 4 Safe Methods Without a Charger This article provides a professional guide for B2B procurement and engineering teams on how to safely charge lithium batteries without a dedicated charger. It explains the CC-CV charging method, compares four emergency methods (USB with voltage regulator, DC power supply, solar panel with controller, and jump starter), and emphasizes safety precautions and professional-grade alternatives like EVE's LF105 LiFePO4 cells.