Self-healing Shunt Capacitor

The BSMJ(Y) series Split-Phase Compensating Cylindrical Capacitor is a low-voltage power capacitor featuring a cylindrical aluminum shell design, with an internal metallized polypropylene film core and specialized impregnation treatment. Its core function is to provide precise phase-segregated reactive power compensation for electrical systems with severe three-phase imbalance. As a key component in traditional low-voltage reactive power compensation solutions, a Split-Phase Compensating Cylindrical Capacitor, known for its modularity and high reliability, enables the construction of stable and efficient phase-segregated compensation systems when integrated with intelligent controllers and dedicated switching devices.

This product is certified to conform to these standards: GB/T 12747.1-2004 and IEC 60831-1:2014.

The Low Voltage Self-Healing Shunt Capacitor engineered by Geyue Electric is a type of power capacitor with self-healing function. When the internal dielectric undergoes partial breakdown, the capacitor can quickly restore insulation and continue to operate normally. It is mainly used for reactive power compensation in low-voltage power grids to improve the power factor and power quality of the power system.

All aspects of this product satisfy these standard requirements: GB/T 12747.1-2004 and IEC 60831-1:2014.

The design of Low Voltage Shunt Capacitors is based on the phase characteristic that the capacitive current leads the voltage by 90 degrees. By being connected in parallel to the alternating current grid, a capacitive current with an opposite phase to the inductive load current is generated. This capacitive current is used to counteract the lagging reactive current caused by inductive loads in the power grid, thereby improving the system's power factor and reducing the reactive power losses in the lines and transformers.

This product's design and production fully comply with these standards: GB/T 12747.1-2004 and IEC 60831-1:2014.

Low Voltage Power Capacitors are reactive power compensation devices used in low-voltage power distribution systems. Their main function is to improve the power factor of the power grid. By compensating for the reactive power generated by inductive loads, they reduce line losses and enhance energy efficiency. They are widely applied in various electricity-consuming fields such as industry and commerce to optimize power supply quality and reduce electricity costs.

This product consistently meets the requirements of these standards: GB/T 12747.1-2004 and IEC 60831-1:2014.

Three-Phase Capacitors for Reactive Power Compensation provide capacitive reactive power to effectively counteract the reactive power loss caused by inductive loads in the power system, thereby significantly improving the power factor of the grid and reducing energy transmission losses in lines and transformers. Through centralized reactive power compensation of the power system, the Three-Phase Capacitors for Reactive Power Compensation ultimately achieve the dual goals of optimizing electrical energy quality and controlling electricity costs.

This product rigorously adheres to the following standards: GB/T 12747.1-2004 and IEC 60831-1:2014.

Using metallized polypropylene film as the dielectric, the Self-healing Shunt Capacitor can automatically restore its insulation performance when the local dielectric is broken down by utilizing the energy of the instantaneous discharge. This significantly improves the operational reliability and service life of the capacitor. The Self-healing Shunt Capacitor effectively compensates for the lagging reactive current caused by inductive loads, thereby enhancing the power factor of the line and reducing additional losses during the power transmission process. This type of Self-healing Shunt Capacitor is widely applied in industrial, commercial and civilian low-voltage power distribution systems, and is particularly suitable for improving the operating efficiency of equipment such as motors and transformers, ultimately achieving the goals of energy conservation and consumption reduction, stable voltage quality and avoiding electricity penalty charges.

This product is in full conformity with the following standards: GB/T 12747.1-2004 and IEC 60831-1:2014.