1960, Yang Qixun graduated from Zhejiang University; 1960 to 1983, lecturer, associate professor and professor of Beijing Institute of Electric Power. 1982, Ph.D., University of New South Wales, Australia; 199 1 year-1995, as the director of the electric power engineering department of Beijing electric power institute; 1994, elected as an academician of China Academy of Engineering; 1995, Professor, North China Electric Power University.
1September, 1955 to1July, 1960, studied in Zhejiang university majoring in electrical machinery and electrical appliances, and obtained a bachelor's degree after graduation. 1960 to 1983, lecturer, associate professor and professor of Beijing Institute of Electric Power. 1980 to 1982 received his doctorate from the University of New South Wales, Australia. 199 1 year-1995, director of the electric power engineering department of Beijing electric power institute. 65438-0994 Elected Academician of China Academy of Engineering (Department of Energy and Mining Engineering). 1995, Professor, North China Electric Power University.
Yang Qixin's main achievements:
Yang Qixun creatively solved the world-class major problem of distance protection for extra-large resistance grounding fault, and presided over the "Seventh Five-Year Plan" major scientific research project of 500KV line microcomputer protection device. Yang Qixun's invention, creation, popularization and application made the history of China power system automation span the era of integrated circuits and directly enter the era of microcomputer application.
1994, Yang Qixun founded Sifang Company, pioneered the single-chip microcomputer technology without bus chip, greatly improved the anti-interference performance of microcomputer protection devices, and applied the latest international technologies such as computer, network communication and digital signal processing in the 1990s to relay protection devices, making them not just independent devices, but intelligent units in the whole power system information processing process, greatly saving the cost of substation occupation and cable laying.