Using Medium Voltage SVG in the metallurgical industry is not an "option," but a "necessity" concerning economic efficiency, production stability, and social responsibility. We can use a simple analogy to understand this: The power grid of a metallurgical plant is like a main water pipe supplying all equipment. High-power impact loads like electric arc furnaces and rolling mills are like gian...
The metallurgical industry is a typical "severely affected area for power quality," and it is also where SVGs can deliver the most significant benefits. My explanation will be divided into two main parts: Governance Effects and Key Considerations. Part 1: The Governance Effects of Medium-High Voltage SVG in the Metallurgical Industry Production processes such as Electric Arc ...
Load Characteristics and Power Quality Issues in Commercial Buildings The main "sources of pollution" in commercial buildings include: Energy-Efficient Devices: Large quantities of LED lighting drivers, compact fluorescent lamps (CFLs), variable frequency drives (VFDs) for HVAC, and elevator VFDs. IT and Data Centers: Servers, computers, UPS (Uninterruptible Power Supplies), switching po...
How a Copper Manufacturing Plant Solved Severe Harmonic Issues with SVG + APF Technology Real-world case study: Improving power quality, restoring capacitor operation, and eliminating production disruptions at Zhejiang Jinjia Special-Shaped Copper Co., Ltd. The Challenge: High Harmonics, Failed Capacitors, and Unstable Production Zhejiang Jinjia Special-Shaped Copper Co., Ltd., located in Changxin...
Have you ever been troubled by these frustrating issues? Production lines in your factory halting without warning, causing massive financial losses? Lights in your office building flickering inexplicably, servers restarting frequently, putting data at risk? Receiving shockingly high electricity bills every month, with unexplained "penalty" charges? Electrical equipment overheating, lifespan shorte...
English
français
Deutsch
español
العربية
中文
IPv6 network supported
