INVT RM Series Modular UPS Deployed in Emergency Power Vehicles for China State Grid

With the increasing demand for highly reliable and flexible power supply systems in the electric power industry, INVT has once again demonstrated its technological strength. The RM series modular uninterruptible power supply (UPS) system has been successfully deployed in emergency power supply vehicles of China State Grid, supporting rapid emergency response and stable grid operation.

Emergency power supply vehicles serve as a critical mobile safeguard for power systems, playing a vital role in responding to natural disasters, emergency situations, and major public events. These vehicles ensure uninterrupted power supply for key facilities and infrastructure when it matters most, acting as a mobile lifeline for power security.

The INVT RM series modular UPS stands out with its high stability, flexible scalability, and excellent energy efficiency. Featuring an advanced modular architecture, each power module is equipped with an independent charging system, effectively eliminating single-point failure risks and ensuring high system reliability for emergency power applications.

In addition, the high energy conversion efficiency of the RM series modular UPS helps reduce operational costs while aligning with global trends toward green and low-carbon energy development.

As a backbone enterprise in China's power industry, China State Grid continues to strengthen its emergency power protection capabilities to ensure rapid power restoration, safeguard public safety, and maintain social stability.

This project represents not only a deep integration of INVT’s advanced power electronics technology with the operational needs of China State Grid, but also a meaningful step toward intelligent and sustainable power infrastructure. Looking ahead, INVT will continue to focus on innovation-driven development, delivering reliable and efficient UPS solutions for the global power industry and contributing to the construction of a safer, greener, and more resilient energy system.