Choosing the desired battery technology and designing the optimal system and operating its strategy can achieve the effective economics of an application project. Understanding the benefits and challenges of different battery technologies is key to making the right choice.

RELIABLE POWER TO ENHANCE YOUR PRODUCTIVITY TO THE NEXT LEVEL

The Chemistry of LiFePO4 used in Maxtela LFP Battery is featured in the highly stable, safe, and longer cyclelife. We take use of this advantage to achieve a high-energy battery for motive driving, plus integrated the function of dynamic balancing charge in a limited time and accuracy thermal detection collection, which allows the motive application to run out most of the energy reliably and safely, and recharge fastly and equally. LFP batteries are more tolerant of extreme temperature than lithium ion batteries at either the high and low ends of temperature, their performance typically are able to operate at between -20°C to 60°C without any drop..

LiFePO4 is composed of common materials like iron phosphate, graphite and copper, unlike flooded lead acid and other chemistry batteries, LiFePO4 batteries do not contain toxic, heavy metals or rare earth metals, such as cobalt, nickel or lead, do no vent dangerous gases like hydrogen and oxygen as well as no danger of exposure to caustic electrolytes like sulfuric acid or potassium hydroxide. LiFePO4 batteries can be stored in confined areas without the risk of explosion in most cases.