China Reactive Power Compensation Capacitor Manufacturer, Supplier, Factory

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.

GY194U-K1 Series LED LCD AC DC RS485 Single Phase Voltmeter, is the most recent and highly refined single-phase voltmeter developed by Geyue Electric through the proficient utilization of an advanced single-chip microcomputer (MCU).

This product demonstrates an unwavering commitment to strictly complying with the JJG780-1992 and JJF1587-2016 Standards.

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.

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.

Place of Origin: Wenzhou, China
Brand: Geyue
Model: CJ19 Series
The CJ19 Series Capacitor Switching Contactor is a high-performance switchgear specially designed by Geyue Electric for low-voltage reactive power compensation systems. It adopts advanced magnetic retention structure and vacuum arc extinguishing technology, effectively solving industry problems such as inrush current impact and contact adhesion during capacitor switching. This series of products features outstanding characteristics such as ultra-low power consumption, ultra-long electrical lifespan, and ultra-fast response speed. It supports a current range of 25A to 100A and can be matched with capacitor banks of 15-80kvar, widely used in industrial power distribution, new energy power generation, and rail transportation and other fields.

This product is in restrained accordance with the GB/T14048.4 and IEC 60947-4-1 Standards.

GY4PLCD Three Phase Four Wire 4P LCD Electronic Energy Meter, crafted by Geyue Electric and 4P (72mm) in width, is a three-phase electronic energy meter that measures three-phase AC electric energy utilized by industries, commerce and large residences.

This product is strictly complying with the EN IEC 62368-1:2020+A11:2020 and EN IEC 62053-21:2021+A11:2021 Standards.