June 18，Power System Dynamic Simulation and Simulation Laboratory (hereinafter referred to as the Dynamic Model Laboratory) and Beijing Sifang Relay Automation Co., Ltd.、Technical staff of Nanjing Hongfan Power Technology Co., Ltd.，Together completed #1、#2、Renovation and debugging of the one-button start system and monitoring system of the #4 generator set。

  The transformation of #3 generator unit has been completed in 2022，Good results。This time it is based on the previous renovation work，Complete the transformation of the one-click start-up system and monitoring system of the remaining three units。The main contents of the transformation include: #1、#2、Renovation of programmable excitation speed regulation system of #4 synchronous generator unit、The electrical quantity information collection system and control signal system are connected with the one-key start-up monitoring system、One-click startup monitoring system interface optimization, etc.，Achieved one-click automatic start and stop of the dynamic model laboratory generator system、Operating status monitoring and system control functions。The completion of the above work means that all four units of the dynamic mold laboratory have realized automated control of the speed regulation and excitation systems、One-click grid connection、Remote signaling and remote adjustment with the main control system、Control algorithm programmable verification and other functions。

  In recent years，The School of Electrical Engineering increases the construction and renovation of dynamic mold laboratories，Some equipment in the dynamic mold laboratory have been updated successively，The generator set excitation control system has been upgraded，Added automatic monitoring system，And is deploying and building a power Internet of Things platform。Regarding the upgrading and transformation work of the dynamic mold laboratory，The college has also accelerated the construction of a new power system discipline experimental platform，Construct a physical simulation platform and public technology platform that meets the requirements of scientific research work in new power system-related directions，Will synchronize the generator set、New energy power generation、Energy storage system、DC transmission、DC distribution network and other joint debugging，Build fully functional、A new power system experimental platform with rich research scenarios，For discipline construction、Scientific research、Provide experimental resource support for talent training and other work。

  Next step，The dynamic mold laboratory will continue to carry out the transformation of control panel cabinets、Control room renovation and power Internet of Things platform construction and other work，Further optimize laboratory functions，Upgrade data collection、Database System，Develop advanced application functions，Continuously improve the scientific research support and service capabilities of the dynamic mold laboratory。