Industry News

As Chinese manufacturers continue to improve and mature in IGBT module technology, the overall cost of SVG is experiencing a structural decline. In this article, the chief electrical engineer of Ge Yue Electric will lead you to conduct an in-depth analysis of how domestic IGBTs can promote cost reduction in SVG from three major dimensions: technology, supply chain, and customized services.

Voltage fluctuations often occur in power grids, causing equipment shutdowns or light flickering. The root cause is the instantaneous imbalance of reactive power. Traditional capacitors require mechanical switching actions, so they have a slow response speed and cannot compensate for the reactive power shortage caused by impact loads of equipment such as rolling mills and arc furnaces in real time.

Does your equipment in your workshop often break down? For example, when the motor starts, the AC contactor sparks and needs to be replaced every few months, or the capacitor often bulges and needs to be replaced in time.

The BSMJ series self-healing low-voltage shunt capacitor is a high-performance electronic component, sincerely designed by Geyue Electric for low-voltage reactive power compensation systems. This series of power capacitors are widely used in power systems of industrial, commercial and public facilities to improve power factor, enhance power quality and reduce line losses.

Does the compensation cabinet in your factory often burn out the capacitor? Or the measurement found that the harmonics of the power grid are too large, and even the switch can be seen sparking when the capacitor is switched on and off. The reason for the damage to the capacitor may be the lack of a series reactor.

The upgrading pressure on modern power distribution systems stems from the increasingly high demands for power quality, efficiency and compliance. A PFC solution, as an overall core power optimization approach that supports grid resilience and reduces TCO, has demonstrated a crucial role in numerous industries and their application scenarios.