what is lfp battery？

Optimal product safety is the foundation of everything we do. When designing products, we apply multi-dimensional (structural, electrical and thermal) redundant safety protection via scientific tools such as FMEA (Failure Mode and Effects Analysis) and simulation. We adopt at RSD' life prediction system combined with rigorous safety management to supervise the life-cycle conditions of our products. We also collect, analyze and archive all supervision data to ensure our users can rely fully on the safety of our products.

At this stage, 5,000 square meters have been put into use, with a monthly production capacity of 5 million US dollars. The second phase of the factory building is planned to add 5,000 square meters in the second quarter of 2023, and the monthly production capacity will reach 10 million US dollars by then. The third phase of the plant plans to add another 5,000 square meters in the fourth quarter of 2023, and the monthly production capacity will exceed 15 million US dollars.

LFP batteries have the following advantages over other common lithium ion battery types, such as nickel cobalt aluminum (NCA) and nickel manganese cobalt (NMC):Low cost, no need to use rare and expensive nickel and cobalt elements.High safety, not prone to thermal runaway or fire and explosion.Long life, multiple cycles, up to thousands of times.Good environmental protection, no toxic or harmful substances, easy to recycle.

Due to its low cost, high safety, long life, and other characteristics, LFP batteries are suitable for fields and scenarios that do not require high energy density, but require high safety and environmental protection, such as:Electric vehicles, especially low-speed, short-haul, low-cost models.Energy storage systems, especially household, commercial, and distributed energy storage applications.Portable devices, especially those that require long-term use or backup.Industrial equipment, especially those requiring stable and reliable power supply or anti-interference.