Implementation and application of the first domestic thermal power "intelligent brain" in China
2021-09-07
On August 19, the national energy group's first chip level national production independent and controllable intelligent distributed control system "Anshi" was successfully applied in 660 megawatt full auxiliary single row ultra supercritical coal-fired air cooling unit of Guodian Inner Mongolia energy company, marking the import substitution of national production chips of the group's distributed control system.
As the "core brain" of thermal power plant, distributed control system is the key equipment to ensure the stable supply of power. Traditionally, the software and hardware technology and key core chips in the field of industrial control have been mainly monopolized by European and American countries. However, the software and hardware such as operating system and CPU rely on imported products, which has huge potential safety hazards. In order to overcome this problem, Guodian Power Inner Mongolia energy company and Zhishen company jointly promote the application of intelligent distributed control system (IDCs) with complete independent intellectual property rights based on domestic chips and domestic core components in unit 2.
After the transformation, the intelligent controllable decentralized control system has completely independent intellectual property rights, the security of system access can be effectively controlled, there is no risk of background data leakage, and has significant advantages in technical problem solving, after-sales response time, smoothness of language communication, etc. At the same time, based on the autonomy of the operating system and application software, the control system also realizes 100% localization substitution of key chips, truly realizes autonomy and controllability, and the system network characteristics and hardware anti-interference are better than similar products at home and abroad.
The transformation and application of the national independent and controllable intelligent decentralized control system has laid a solid foundation for the national energy group to speed up the construction of energy security and provided a strong guarantee for the localization, autonomy and intelligence of China's core technology of energy equipment.
As the "core brain" of thermal power plant, distributed control system is the key equipment to ensure the stable supply of power. Traditionally, the software and hardware technology and key core chips in the field of industrial control have been mainly monopolized by European and American countries. However, the software and hardware such as operating system and CPU rely on imported products, which has huge potential safety hazards. In order to overcome this problem, Guodian Power Inner Mongolia energy company and Zhishen company jointly promote the application of intelligent distributed control system (IDCs) with complete independent intellectual property rights based on domestic chips and domestic core components in unit 2.
After the transformation, the intelligent controllable decentralized control system has completely independent intellectual property rights, the security of system access can be effectively controlled, there is no risk of background data leakage, and has significant advantages in technical problem solving, after-sales response time, smoothness of language communication, etc. At the same time, based on the autonomy of the operating system and application software, the control system also realizes 100% localization substitution of key chips, truly realizes autonomy and controllability, and the system network characteristics and hardware anti-interference are better than similar products at home and abroad.
The transformation and application of the national independent and controllable intelligent decentralized control system has laid a solid foundation for the national energy group to speed up the construction of energy security and provided a strong guarantee for the localization, autonomy and intelligence of China's core technology of energy equipment.