China LCD Power Meter Manufacturer, Supplier, Factory

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.

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.

GY-ZMGRH Series Three-Phase Compensation Intelligent Harmonic Suppression Power Capacitor is an integrated intelligent compensation device designed by Geyue Electric for reactive power compensation in the 0.4kV power grid.
1. Application: for 0.4kV low voltage distribution system.
2. Features: Low harmonic distortion rate. Flexible compensation. Small volume. Easy installation. Low power consumption. High reliability.
3. Functions: Harmonic filtering. Power factor improvement. Voltage quality optimization. Energy saving. Loss reduction.
4. Protections: Temperature control protection. Open-Phase protection. Overvoltage protection. Undervoltage protection, and etc.

This product has obtained CCC certification (China Compulsory Certification): Citification No. A069544. And it is strictly in accordance with the JB/T 9663-2013 and GB/T 15576-2008 Standards.

Place of Origin: Wenzhou, China
Brand: Geyue
Model: BSMJ Series
Certificate: CE
BSMJ Series Single Phase Power Factor Capacitor, as the most popular energy-saving tool, exists for 50Hz or 60Hz low-voltage power system. The BSMJ Series Single Phase Power Factor Capacitor has functions such as improving power factor, reducing reactive power loss, enhancing voltage quality, and tapping the capacity of transformers.

This product follows close to the line of:GB/T 12747.1-2004 and IEC 60831-1:2014 Standards.

GY1941-K4 Series LED LCD AC DC RS485 Three Phase Ammeter, is most recent three-phase ammeter designed by Geyue Electric through the utilization of a single-chip microcomputer (MCU).

This product scrupulously adheres to the JJG780-1992 and JJF1587-2016 Standards.

GYFK-120A 380V 50Kvar Three-Phase Compensation Three Phase Intelligent Low Voltage Compound Switch, designed by Geyue Electric, is a green and smart low-voltage capacitor switching element used for the switching of three-phase capacitors in a power system below 50kvar with a delta connection. GYFK-120A 380V 50Kvar Three-Phase Compensation Three Phase Intelligent Low Voltage Compound Switch integrates the benefits of thyristor and AC contactor.

This product strictly adheres to the GB/T 14048.4-2010 Standards.