Customized High Quality 224V 200Ah UPS Lithium Batteries for Substation and Power Plant

Using environment friendly high-density lithium iron phosphate cell, its volume energy density is 200-300Wh/L, which is 3-5 times that of lead-acid battery. And lithium battery can save more than 50% of the floor space under the same condition,having more footprint for IT cabinet.

Lithium-ion batteries can be recharged within 1 to 2 hours to restore the backup power capacity of the UPS system and improve system security and stability, while lead-acid batteries take 10 to 15 hours.

Built-in intelligent battery management system to ensure a full range of real-time data collection, status monitoring, control and protection, which improve the safety and reliable operation of the system. with over charge/over discharge/ short circuit/ high and low temperature alarm and protection function.

The weight energy density of lithium battery is 100-150 Wh/kg, and that of leadacid battery is 30-50Wh/kg. 70% lighter and 70% smaller than the VRLA batteries,save footprint and lessen the weight load and cooling consumption.

The compact battery size and less weight help minimize the initial installation and transportation cost compare to the lead acid batteries, also the maintenance cost and cooling consumption cost is reduced greatly because of it.

The service life of lithium battery can reach 15 years which is 3-5 times longer than that of lead acid batteries. The TCO of lithium battery is only 50%~70% of that of lead acid batteries. Simplify operation and maintenance, reduce OPEX, and increase the service life of the entire power supply system.

Lithium iron phosphate battery chemistry is stable and safe;
Built-in BMS actively monitors cell voltage, current, temperature in real time;
Adopt high performance grade A cell, all the individual cells are sorted in a very precise range according to their capacity to ensure complete reliability of the battery pack;
Built in module&cabinet fire extinguishers ensure ultimate safety;

Up to 70% weight reduction, minimizes the load-bearing requirements on the floor, and save maximum 70% footprint;

Shift your refresh cycle to be in line with your IT equipment;