WANG Bin, CAI Dan, QIU Qirui, et al. Development of autonomous control technology for distributed control system[J]. Thermal power generation, 2022, 51(3): 182-186.
DOI:
WANG Bin, CAI Dan, QIU Qirui, et al. Development of autonomous control technology for distributed control system[J]. Thermal power generation, 2022, 51(3): 182-186. DOI: 10.19666/j.rlfd.202112257.
Development of autonomous control technology for distributed control system
as the core control system in the field of thermal power generation
its software and hardware have heavily depended on imported products for a long time. And the risk of chip outage brings great hidden dangers to the safety and production of power plants. Based on the study on current situation of DCS software and hardware of domestic brands
this paper analyzes the necessity of localization substitution for realizing independent control
and puts forward that the realization of DCS localization is not just a simple hardware substitution and software transplantation
but should focus on solving the problems of special chip substitution
chip function defects
software and hardware adaptation and comprehensive computing power. The development and application status of full-domestic DCS
such as HN Revival
Huadian Ruilan
Guoneng Zhishen
Nanjing Keyuan and Zhejiang central control technology
is introduced. The autonomous and controllable DCS has been put into operation successively in 300 MW
600 MW and 1 000 MW units
marking that China's DCS has achieved complete autonomy and controllability
and has the conditions for large-scale promotion and application. Finally
the paper also analyzes the problems encountered in the promotion and application process
such as lack of embedded lowpower processor
batch differences in the performance of domestic components
the cost performance of domestic software and hardware and supply chain security