Coremax provide flexible solar cells to make solar powered rechargeable batteries. 3.2 v solar battery cells form by lithium iron phosphate. It is consider as the best solar rechargeable batteries for outdoor use. As the cells with very good Performance on high temp working environment. Up to 65℃.

48v Energy storage system is widely apply for home and business. CMX provide most popular design like Powerwall model 48v 100Ah, LFP48100 lithium ion battery stack modulars. 2U, 3U, 3.5U and 4U model. Energy storage battery packs with BMS and communication Protocol CAN 485, RS232 RJ45.

Pros and Cons lifepo4 battery for solar storage:

LiFePo4 battery becomes more and more popular. There must be a reason people switch from lead acid batteries to LiFeP04. The advantages are obviously as following:

• Much longer cycle life and a depth of discharge (DoD) up to 95%
• Maintenance free. There is additional spend additional on maintenance.
• No memory effect – there’s no need to water or exercise them (periodic discharging/charging)
• Nontoxic and safety – can be installed indoors in any orientation
• Much more less space required for installation. LiFePo4 with higher energy density
• Most models include an integrated battery management system (BMS)

The only real disadvantage of using lithium LiFePo4 batteries for solar storage systems is that they cost more money up front than most lead acid batteries. However, when we calculate the cost on each life cycle, still LiFePo4 is cheaper.

In the long run – and if you’re installing a renewable energy system, you are likely thinking long-term – LiFePo4 batteries offer the best lifetime cost per kilowatt-hour (kWh) cycle and are our recommended way to go in most solar storage indoor or outdoor applications.