Busbar size is very important as its directly connected to the electrode of the battery cells and if the busbar size is not appropriate then it will produce increased heat that will be transferred to cell electrodes and cause much faster battery cell degradation. You can should always hard test all parts connected to your […]
It is recommended from time to time to recheck all the cells, for example, if you notice that your voltage drops unusually low much sooner than before. Charging the battery to 100% and then discharging it fully you will see which cells have the lowest voltage. The best for testing cell health is to run […]
This Battery Capacity Indicator is proven to be reliable from our side. It can measure correctly our battery packs and works fine with a 96V DC system. It is also very easy to use and configure and that makes it perfect for our choice of reliable devices that we can recommend to our clients. Voltage: […]
Most important info to keep LiFePO4 Battery safe for the long life - Voltage Min/Max 2.5 - 3.65V (discharge min - charge max) - Top Balance (3.4 - 3.65V, we recommend 3.5V as Max) - Battery storage voltage 3.27 - 3.3V (keep it about 50% of the charge if not in use over 1 week) […]
Calculations are for normal daily city drives. Vehicle weight 900 Kg = 97 Wh/km 1200 Kg = 130 Wh/km In this example, we will use a vehicle weight of 1200 Kg. Let's say we need a max range of 100km for a daily city drive. 130 Wh x 100 km = 13000 Wh now we […]