Introduction to Power Distribution
Power distribution is a critical component of any electrical system, ensuring that electrical energy is efficiently and reliably delivered from generation sources to end users or various system components. It involves the process of transmitting power from power plants, generators, or renewable energy sources to substations, transformers, and ultimately to homes, businesses, industrial facilities, or specialized systems like mobile platforms and military equipment.
In modern systems, power distribution is designed for reliability, scalability, and efficiency, often incorporating technologies such as smart grids, redundant pathways, and automated controls to optimize performance and mitigate risks of downtime. Whether for industrial, commercial, or military use, power distribution systems must be capable of handling diverse power requirements and ensuring continuous, stable operation under varying load conditions.
High-Voltage Battery Disconnect Device
UEC Advanced Electronics has developed an advanced high-voltage battery disconnect device utilizing silicon carbide (SiC) metal oxide effect transistors (MOSFETs) as part of our collaboration with the Department of Defense on high-voltage battery systems for vehicles. This innovative device is engineered to disconnect high-voltage batteries in a fraction of the time compared with traditional electromechanical switches, significantly reducing the risk of electric shock during operation.
UEC Advanced Electronics has successfully built and demonstrated a fully functional prototype capable of handling up to 700A and 1000V. Additionally, the device can easily be paralleled to support higher-current applications, making it adaptable for many different mission-critical and high-power systems.
