Views: 0 Author: Site Editor Publish Time: 2025-12-23 Origin: Site
The PT900D transmission system diagnostic simulator developed by Valentinian has been successfully delivered to CGN Digital Technology Co., Ltd. Beijing Branch.
The PT900D transmission system diagnostic simulator is designed specifically for the simulation and diagnostic testing of power plant turbine rotor systems. Its innovative dual system drive mode can accurately simulate various equipment failures in power plants, providing strong technical support for CGN in equipment maintenance and fault diagnosis.
PT900 Transmission System Diagnostic Simulator
The VALENIAN platform's flexible rotor and rigid transmission system dual system drive design is innovative and can highly simulate various equipment failures in power plants. By using this platform, technicians from CGN can analyze and diagnose possible failures in advance, and develop more effective prevention and repair plans.
In practical applications, the PT900 transmission system diagnostic simulator has helped CGN accurately identify some potential fault hazards, take measures in advance to deal with them, and avoid possible production interruptions and economic losses. At the same time, it also provides support for the technical team of CGN
A good training and research environment has improved the team's technical level and ability to respond to faults.
CGN Digital Technology Co., Ltd. Beijing Branch has been committed to improving the operational efficiency and reliability of power plant equipment. In order to better diagnose and prevent equipment failures, it has introduced the PT900 transmission system diagnostic simulator developed by Valentian.
This delivery marks an important step for CGN in improving the operation and maintenance level of power plant equipment and ensuring the safety and stability of power production. I believe that with this advanced simulation platform, CGN will be able to more effectively prevent and solve equipment failures, improve the overall operational efficiency and reliability of nuclear power.
