China Intelligent Capacitor Bank Manufacturer, Supplier, Factory

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.

Single-Phase Cylindrical Capacitor adopts a design that integrates metallized polypropylene film with a cylindrical structure. Through nanoscale evaporation coating technology, it achieves microsecond-level self-healing of the breakdown point, ensuring the continuous reliability of reactive power compensation. Single-Phase Cylindrical Capacitor is specifically optimized for single-phase distributed systems and can precisely eliminate inductive reactive power losses, raising the power factor to above 0.95, significantly reducing line energy consumption and transformer burden.

This product sternly complies with the following standards: GB/T 12747.1-2004 and IEC 60831-1:2014.

The design principle of the CJ19 series AC Contactor for Switching Power Capacitors involves the coordinated action of the main contacts and auxiliary contacts connected in series with resistors, which first suppress inrush current through the resistors before connecting the main circuit. Its function is specifically designed for switching capacitors in reactive power compensation devices, achieving safe capacitor switching with low inrush current and high durability. It is mainly used in automatic power factor compensation cabinets of low-voltage distribution systems to enable frequent and reliable switching of capacitors.

This product is in full conformity with the following standards: GB/T14048.4 and IEC 60947-4-1 Standards.

JKWF Series 12 Loops 16 Loops APFC Automatic Power Factor Controller is an advanced and highly efficient reactive power auto-compensation controller which has been elaborately developed by Geyue Electric for the precise and automatic regulation of the power capacitor in the low-voltage distribution system below 0.4KV.
1. Model: JKWF-12/ JKWF-16
2. Mounting Dimensions: 113×113mm
3. Output Loops: 12/16 loops
4. Features: High measurement accuracy. High compensation accuracy. Friendly interface. Easy operation.
5. Two Working Modes: Automatic operation. Manual operation
6. Protections: Power failure protection. Overvoltage/ Undervoltage protection.

This product is strictly compliant line with the JB/T 9663-2013 and DL/T597-1996 Standards.

As technology develops by leaps and bounds, for three-phase unbalanced load, capacitors can be switched in phases to compensate reactive power in phases. This boosts the compensation precision and betters the power saving effect. In this circumstance, Geyue Electric has developed BSMJ(Y) Series Split-Phase Compensation Three Phase Cylinder Self-Healing Shunt Capacitor, whose shell is equipped with a neutral point leading terminal, which can easily realize the split-phase switching of capacitors.

This product is strictly in accordance with: GB/T 12747.1-2004 and IEC 60831-1:2014 Standards.

The design principle of the CKSG series Low Voltage Series Reactor from Geyue Electric is based on the series resonant characteristics of inductance and capacitance. By precisely configuring the reactance rate, it forms a high-impedance path for specific harmonic frequencies, thereby reconstructing the impedance characteristics of the system. Its main function is to suppress the amplification of grid harmonics, limit the closing surge current, improve the voltage waveform, and protect the parallel capacitors from harmonic damage. This product is a key component in reactive power compensation devices that ensure system safety and improve power quality, widely used in industrial and commercial power distribution systems where there are harmonic sources such as frequency converters and rectification equipment.