Design of FET Based Electronic Power Path Controller for Lithium Battery Applications

Lithium batteries are more popular nowadays than ever before. It has become impossible not to come across them in our daily lives, whether we realize it or not. In addition, lithium batteries have not only gained a wide place in our daily lives, but have also found a wide place in industry and industrial applications. This situation is expected to continue to increase in the future. The power of battery systems in consumer electronics applications, which we encounter more frequently in our daily lives, is relatively low. Electric vehicles and home energy storage systems can be considered as exceptions. In addition, battery systems used in industrial applications can reach quite high powers. This makes them more dangerous than batteries found in consumer electronics. In this application, a battery management system auxiliary circuit has been developed to reduce various risks by considering these danger limits and controlling the power.