Founded in
2019
We provide high-quality products and services
Certified Company
Excellent Quality
Kangrun Electric Co., Ltd. is located in Liushi, Zhejiang, the electrical capital of China. The company mainly engages in high and low voltage reactive power automatic compensation devices, harmonic management, arc suppression and harmonic elimination cabinets, high voltage soft start cabinets, and overvoltage suppression cabinets. Integrating research and development, manufacturing, and sales, its market coverage spans the entire country and extends to Southeast Asia, the Middle East, and other countries and regions. It is an integrated enterprise of sales and services.
Inverters System Equipment Supplier
Solutions
Latest from the blog
Excessive Power Factor Penalties in Factories? Efficient Solutions Through High-Voltage Reactive Power Compensation
For industrial enterprises of all scales, power cost management has always been a core part of production operation and cost control. In addition to basic active power electricity charges assessed according to actual power consumption, power supply departments implement strict power factor assessment standards for industrial power users.
Comparison Between High-Voltage Dynamic and Static Reactive Power Compensation
High-voltage reactive power compensation is a pivotal technology for optimizing power quality, balancing grid operation, and reducing energy consumption in modern power distribution systems. It is widely deployed in 10kV to 35kV industrial power grids, urban substations, and new energy grid-connected systems to resolve reactive power imbalance caused by inductive and nonlinear loads.
Overview, Working Principle and Core Functions of High-Voltage Reactive Power Compensation
High-voltage reactive power compensation is one of the most fundamental and essential technical means in modern power system operation, grid optimization and power quality management. Widely applied in 10kV, 35kV, 110kV and other high-voltage power distribution and transmission systems, this technology aims to solve reactive power imbalance problems caused by various inductive and nonlinear loads in power grids.
