Industry News

This article analyzes the unique challenges and operational pain points of reactive power compensation in new energy power plants, proposes capacitor and SVG solutions, and provides equipment selection and operation and maintenance recommendations to help achieve compliance, reduce losses, and improve efficiency.

Geyue Electric analyzes the reasons why customized reactive power compensation is needed from three aspects: electrolyzer load characteristics, grid requirements, and technical solutions, and attaches cases to help the stable development of the hydrogen energy industry.

This article explains the necessity of deep collaboration between energy storage PCS and SVG, focusing on system stability, economic benefits, and fault response to assist in the construction of new power systems. Project case data is also included.

This article addresses the issue of insufficient space in compensation cabinets by introducing three solutions: compact customized capacitors, intelligent integration, and layout optimization. Selection recommendations are also included to help increase compensation capacity without replacing cabinets.

This article discusses how to select energy-saving and safe power capacitors, corrects the misunderstanding of only looking at price, analyzes five parameters such as voltage and capacity, helps reduce costs and avoid faults, and ensures the effectiveness of reactive power compensation.

This article describes how Geyue Electric innovates in three dimensions: intelligent predictive control, high-performance equipment, and multi-source collaboration during island operation of microgrids to ensure accurate reactive compensation and improve system reliability.