Everything You Need to Know About LFP Batteries

1. Everything You Need to Know About LFP Batteries Lithium ion phosphate (LFP) batteries are an advanced lithium ion battery that is used as a backup battery in electric vehicle applications. It is also being used in the solar energy market. Lithium ion batteries are seeing great improvements when compared to traditional lead acid batteries. They are energy efficiency, require no maintenance and are lightweight. As a result, LFP battery manufacturers are seeing a high demand for their batteries for home generators, backup power solutions and electric vehicle applications. These are a type of lithium ion battery that is known to be safer, high energy and have an extended lifespan. They are becoming a top choice for numerous applications, including home solar systems. They became widespread in commercial thirty years ago and the price has dropped to make this technology available to the average consumer. LFP batteries offer a reduced risk of fires and thermal runaway, when compared to traditional lithium ion batteries. Thee batteries are free of unethically sourced nickel and cobalt, making them a great choice for all applications. LFP battery manufactures are focusing on this battery technology as they offer improved safety when compared to other batteries on the market. Standard lithium ion batteries are known for overheating, along with thermal runaway, that has raised safety concerns. LFP batteries do not pose these risks, they don't have off gassing issues and are suitable for in-home use and for electric vehicles. They have also proven to have longer lifespan and can last for up to five thousand cycles before the performance starts to decrease. Lead acid batteries are rated for up to five hundred cycles, as a result, the demand for LFP battery manufacturers has risen exponentially over the past few years. They have a higher energy density and can provide a lot of power in a small space. They can also manage a variety of temperature fluctuations, operating in temperatures anywhere from -4ºF to 140ºF. They are also compatible with solar charging, providing excellent power storage for clean and renewable solar energy. At the same time, there are some disadvantages that LFP battery manufacturers want the public to be aware of. The first is that they do cost more than the traditional lead acid battery. Though they offer a better return on investment, as they last considerably longer, so they do not need to be replaced frequently. They can stay in service for ten years or more in optimal conditions. It is possible for the LFP batteries to start dropping in performance if they are constantly exposed to below freezing or very high temperatures. This will happen to all batteries. As a result they may slow in charging or have trouble producing full power when exposed to extreme temperatures. LFP batteries have a lower nominal voltage than other lithium ion batteries. This requires more cells to achieve the same voltage you would get from other batteries, as a result, the design and manufacturing processes are very complex. LFP battery manufacturers are seeing a rise in demand for numerous applications, especially in the modern solar energy storage systems in homes. They have almost completely replaced lead acid batteries in this market. They are also being used extensively in UPS systems. They provide emergency power to essential devices should the grid fail. They are designed to protect computers and services, along with other critical systems. These batteries are providing high energy density with longer cycle life and safety features,making them ideal in these applications. Of course, the largest market that LFP battery manufacturers are experiencing demand is in electric vehicles. They offer the high energy density, safety and longer lifespan needed in the automotive industry. About Us: Wildcat Discovery Technologies is a San Diego based company accelerating the discovery of new materials for energy applications. They focus on the development of advanced materials for primary and rechargeable batteries. The company has an experienced team of in-house scientists that use high throughput tools to develop and optimize materials quickly. Wildcat Discovery Technologies has partners throughout the material supply chains and global battery industry.