The power supply and distribution renovation project of the First Affiliated Hospital of Kunming Medical University has been successfully completed and accepted.

Recently, the power supply and distribution system renovation project for Buildings 1 and 2 of the First Affiliated Hospital of Kunming Medical University, undertaken by the company's Third Engineering Project Department, successfully passed its completion acceptance inspection.

As a power supply renovation project for the hospital's core inpatient buildings, the project faced multiple challenges, including complex line renovations, high coordination difficulty, and high power supply requirements. The project team gave full play to its professional advantages in the power field, conducting meticulous design, optimizing line layout, and scientifically formulating a "segmented construction + temporary power supply" plan to ensure zero interruption of hospital power during the renovation. At the same time, strict control was maintained over key links such as personnel allocation, equipment debugging, and switching operations, efficiently completing the power loop switching and achieving seamless connection between the old and new power supply systems.

During the acceptance inspection, all participating parties conducted a comprehensive check of the engineering entity quality, equipment operating status, and technical data according to the specifications, and conducted an in-depth assessment of the project results through a special report. After comprehensive review, it was confirmed that all project indicators met the design and industry standards, and the project passed the completion acceptance inspection on the first attempt.

It is understood that the renovated power supply and distribution system will significantly improve the reliability and safety of power supply, not only providing stable power support for key areas such as large medical equipment, operating rooms, and ICUs of the First Affiliated Hospital of Kunming Medical University, but also effectively reducing the risk of sudden power outages and further strengthening the hospital's emergency response capabilities. [Third Engineering Project Department/Liu Mingping]