BFM Series Self Heating Low Voltage Parallel Shunt Capacitor

BFM series self-heating low-voltage shunt capacitors, as an indispensable energy-saving and optimization component in modern power systems, are carefully designed to improve power grid power factor, reduce line losses, and enhance system stability. This series of products adopt advanced self-heating technology, which can automatically balance the internal temperature during operation, effectively extend the service life of the capacitor, reduce performance degradation caused by temperature changes, and ensure long-term stable operation. The built-in intelligent self-heating system can automatically adjust the internal temperature of the capacitor according to the ambient temperature and workload, prevent performance degradation or damage caused by overheating, and improve overall operating efficiency and reliability. The structural design is reasonable, easy to install and maintain, and reduces operation and maintenance costs. At the same time, it provides a long-life design, reduces the frequency of replacement, and further reduces the total cost of ownership. BFM series self-heating low-voltage shunt capacitors are widely used in various low-voltage distribution systems such as industry, commerce, public facilities, and residential areas. They are particularly suitable for occasions that require efficient reactive power compensation and improve power quality, such as power stations, factories, commercial centers, hospitals, schools, etc., and are important technical means to improve the efficiency of power grid operation and promote energy conservation and emission reduction.