Lithium iron phosphate battery technology applied to communication areas compared to traditional lead-acid batteries better reflects energy-saving emission reduction and environmental conservation needs. Lithium iron phosphate batteries have the advantages of long cycle life, high temperature operation, small size, light weight, and no pollution.
Specific performance in the following areas
1.Small size, light weight, for civilian residential sites, which save the cost of storage site floor or concrete slab reinforcement.
2. Excellent performance in high temperatures which can prolong the life of battery used outdoors, reduce the cost of maintenance and battery replacement, and provide system reliability. In air-conditioned base stations and telco towers, you can set air conditioning to 35℃ start cycles, which can effectively reduce the average power consumption of the base station. The energy cost advantage is obvious.
3.High consumption discharge: lithium batteries in the discharge cycle above 3 degrees centigrade can still release more than 90% of the full capacity. In high consumption the advantages of deep discharge can effectively reduce the current capacity of a UPS battery, the size of the room space and energy load requirements with obvious advantages.
Lithium iron phosphate batteries mainly include 12 and 48V in commonly used battery capacity levels from 10Ah, 20Ah, 50Ah, 150Ah etc. Battery pack modules in series or parallel can be used to form a variety of voltage levels and various capacity battery packs to meet the switching power supply and UPS power supply requirement.