3.5kwh/ Mera 12.8V 270ah Lithium Battery DIY- Home New Energy Battery Pack

• Customization: Available
• Type: Lithium Metal Battery
• Cathode Material: LFP
• Model NO.: MERA 12.8V 270Ah 3.5KWh LiFePO4 Battery DIY Kits
• Rechargeable: Yes
• Size: Large
• Place of Origin: China(Mainland)
• Brand Name: Seplos
• Certification: RoHS
• Model Number: Mera
• Packaging Details: Carton Box + Wooden Box to Ensure Safety During Tr
• Delivery Time: 15-20 Work Days
• Configuration: 4s2p
• Cell Specification: 3.2V 135ah LiFePO4 Prismatic Cell
• Bsm Specification: 4s 12V 100A BMS
• Transport Package: 3.5kwh DIY with Cell
• Specification: LFP04
• Trademark: Seplos
• Origin: China
• Production Capacity: 5000 Unit Per Month

Product Description

Parts List

A complete set to assemble a 12.8V 270Ah 3456Wh DIY Lithium Iron Battery with 3.2V 135Ah Prismatic Cells. Ideal for house storage. 

8 * 3.2V 135Ah LiFePO4 Prismatic Battery Cell   1 * 12V 100A 4S Seplos Smart BMS   1 * Battery Case   1 * Capacity Indicator   1 * BMS Wire for Capacity Indicator   1 * BMS Wire for Power Switch   1 * BMS Wire for Battery Monitoring 10 * EVA Foam Tape   1 * Copper Bus Bars    8 * Aluminum Bus Bars   2 * Epoxy Fiberglass A   4 * Epoxy Fiberglass B   4 * Epoxy Fiberglass C   1 * 58V 150A Fuse    2 * 111*69mm handle   2 * 100A Battery Terminal Black/Red   Screws

Features Nominal Voltage: 12.8V  Nominal Capacity: 270Ah Cell Configuration: 4S2P Dimension:460*300*185mm

Benefits: Easy Assembly with detailed installation guides, accessible to everyone. Simplified maintenance, if a cell is out of service, it is possible to replace the cell without changing the complete pack.  Lithium iron has a lifespan of 6000+ charge cycles. Especially suitable for home storage, boat, van, vehicles, solar installation, etc. The installation manual and wiring diagram are provided when purchasing the kits.

Precautions: The battery pack should be stored in a dry and ventilated place. The operating temperature is between -20ºC - 60ºC. The positive and negative metal terminals must be protected in order to avoid a short circuit due to a falling metal object on the pack.  The components on the BMS should be protected in order to avoid any damages due to a falling metal object on the surface of the BMS board.