How to Choose Lithium Battery Lifepo4

There are some tips to choose lifepo4 battery 

CAPACITY
1. The energy storage capacity can be configured based on the customer's monthly electricity bill combined with the local electricity price, expected standby time, and future electricity plan.
2. The battery supports parallel connection and flexible capacity expansion.
3. The battery cells used by our company are brand new automotive-grade lithium iron phosphate A-grade batteries with sufficient capacity. The quality of the battery cells has been tested by the market for many years, and we refuse to use B-grade and second-hand batteries.
 
EFFICIENCY
1. Lithium iron phosphate batteries have high energy density, low internal resistance, low self-discharge rate, and long battery life.
2. Using a current below 0.5C for charging and discharging will extend the battery life.
3. The overall internal resistance of the battery management system is small, the self-power consumption is small, and the efficiency is higher.
 
RELIABLITY
1. Our company strictly controls product quality, and the factory has passed ISO9001, ISO14001, and ISO45001 international management system certification.
2. The product design has been strictly tested, including laser welding, high and low voltage, high and low temperature, transportation vibration, salt spray and other tests
3. The product has a five-year warranty, after-sales service is guaranteed, the design life is more than 10 years, the new battery cell has a low attenuation rate, and the number of cycles is higher.
 
SAFETY
1. Choose a safer square-shell lithium iron phosphate battery cell with a built-in deflation valve. After high-altitude simulation, temperature test, vibration, impact, external short circuit, extrusion, overcharge, forced discharge and other UN38.3 tests, it will not catch fire or explode.
2. The battery is managed by an excellent and mature battery management system (BMS) with over voltage/low voltage, over current, short circuit, over temperature and other protections. The product has passed UL1973, CE, IEC62619 (CB), UN38.3 and other safety tests and certifications.
3. The internal and external structure of the battery is reasonably designed, the internal wiring harness is regular, the insulation treatment is reasonable, the ground wire protection, and the electricity is safer.
 
SUSTAINABLITY
1. During the use of the battery, there is no pollution to the ecological environment, ensuring ecological sustainability.
2. The battery has high energy density, low self-discharge rate, high cycle number, and the cost per kilowatt-hour of the battery life cycle is reduced, ensuring economic sustainability.
3. The product design is reasonable, the function is user-friendly, the space utilization rate is high, the energy storage has a high utilization rate of renewable energy, reduces the use of fossil energy, reduces greenhouse gas emissions, protects the earth's ecology, and ensures social sustainability.