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· 52Kwh rated capacity
· 320pcs of 50Ah LiFePO4 battery cells
· Deep Cylce (Nearly 3,500 times on condition of 80% DOD)
· Smart BMS (Battery Management System for safer and longer use)
· Standard CAN & RS485 communication ports (for remote monitoring and control)
· Ideal storage energy for home, office, communication stations and other applications
LiFePo4-51.2KWH battery pack (ESS) | ||
1 | Rated Voltage | 51.2V(48V) |
2 | Rated Capacity | 1000Ah |
3 | Rated Energy | 51.2KWH |
4 | Battery Configuration | 5.12KWH*10U |
5 | Battery Cell | 3.2V/50A*320pcs |
Standard Charge | ||
1 | Battery operation temperature range @charging | 0~45°C |
2 | Max charge voltage | 58.4±0.4V |
3 | Rated charge voltage | 56.0 ±0.4V |
4 | Rated charge current | 250A |
Standard discharge | ||
1 | Battery operation temperature range @discharging | - 2~60°C |
2 | Output Voltage Range | 40~58.4V |
3 | Rated discharge current | 500A |
4 | Discharge Cut-off voltage | 40V |
Q: How do I choose the right model of battery pack?
A: Figure out how many KWH you need. To do that, you need the rated power(KW) of all the appliances powered by the battery. These numbers are usually written on the manuels or stickers on the appliances. Then multiply the sum number by the work hour. Hope the following example helps:
(TV 0.25KW+AC 2.5KW+fridge 0.5KW+microwave 1.2KW)* 2Hours=8.9KWH
In this case, 2 pcs of 5.12KWH batteries will do.
Q: How to use the battery pack?
A: The current flows from the battery is DC(direct current), but you need AC (alternating current) , same as supplied by city power to run the appliances. To achieve that, an DC-AC inverter should be in place. We manufacturer inverters, too. You can buy from us as a package or ask for suggestions.
If the above tips aren't well explained, or you have other questions, or you want to save time, just talk to me on trademanager, I'll take care of everything.