MSWER Ultra High Voltage DC Power System Helps Vietnam's Nha Trang Power Plant Stabilize Regional Energy Supply

The Nha Trang Power Plant in Vietnam is located in the central southern province of Khanh Hoa, and is one of the important energy infrastructure in the region. It undertakes the key task of providing stable power supply for local industrial production and residents' lives. The electricity demand in the area where the power plant is located continues to grow with economic development, and it has strict requirements for the reliability, efficiency, and environmental adaptability of power equipment.

Sichuan MSWER Electric Co., Ltd. provided the DCP30 series three-phase DC power supply system for the Yazhuang Power Plant project. The equipment has a powerful performance of 3500V ultra-high voltage output and 220A current, designed specifically for the harsh industrial environment of power plants, ensuring stable power supply under long-term high load operation. Relying on its own research and development center and high current testing laboratory, as well as the application of multiple core power supply patented technologies, Maxwell has achieved precise control of the entire process from scheme design, production and manufacturing to on-site debugging, ensuring excellent performance of products in complex working conditions such as high temperature and high humidity.

MSWER Electric always adheres to the corporate mission of "proving Chinese manufacturing with excellent quality", and its products meet international certification standards and have been exported to many countries and regions around the world. The company, with its deep non-standard customization capabilities, rigorous quality management system (ISO9001 certification, 6S lean management), and fast response service mechanism, continues to provide cost-effective intelligent electrical solutions for customers in the energy, power, metallurgy and other industrial fields, and is committed to becoming a globally renowned intelligent electrical supplier.