06 Oct, 2026
21Jul
Solution for Upgrading the Reactive Power Compensation System in Large Residential Power Distribution Rooms
Subtitle: Old Distribution Room Retrofit with SVG Modules | High-Voltage Sampling & Low-Voltage Compensation | Three-Phase Imbalance I. Project Background With the continuous development of modern residential areas, the number···
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08Jul
The “Power Optimization Expert” for EV Charging Infrastructure — Application Analysis of CNBYG Reactive Power Compensation Solutions
An EV charging station is far more than a simple power outlet. It is a complex electrical system integrating power distribution, energy conversion, intelligent control, and safety protection. A complete···
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03Jul
Static Var Generator (SVG) Capacity Selection and Technical Parameter Guide
Document Type: Technical Specification ManualThis guide explains the capacity selection, site survey requirements, calculation methods, multi-module parallel operation, CT configuration, and engineering implementation standards for a Static Var Generator SVG.···
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30Jun
CNBYG to Exhibit at CHINA-EURASIA EXPO 2026 Urumqi
CNBYG declared proudly that it is an honorary participant of the CHINA-EURASIA EXPO 2026 Urumqi event which has been recognized for its remarkable contribution to the global efforts in enhancing···
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26Jun
Why Use an Intelligent Capacitor State Indicator in Power Systems?
An intelligent capacitor state indicator is an advanced monitoring device that provides real-time data on the operational health of capacitor banks by continuously tracking key electrical parameters such as voltage, current, and capacitance. Through predictive diagnostics, early fault detection, and remote accessibility, it enables operators to improve power quality, enhance system reliability, and reduce maintenance costs, making it a strategic investment for modern power management.
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