The
company undertakes the national major scientific and technological achievement transformation
project.
In June
2012, the Ministry of Finance of the People’s Republic of China, and Ministry
of Industry and Information Technology of the People’s Republic of China
jointly examined and approved the project setting, and approved the Guangren Tower to implement the national major scientific and technological
achievement transformation project of 2012.
Project name: Organic
insulation material pole and tower technology for ± 200,000V direct current (330,000V
alternating current) power transmission project
Our
company participated in the “Research on deicing method of split conductor
current transfer” project with the successful acceptance.
On June 26, 2014, State Grid Corporation of China organized and convened the
acceptance meeting of the “Research
on deicing method of split conductor current transfer” project in Changsha, Hunan. The fourth generation intelligent
deicing device of electric
transmission line split conductor current transfer jointly researched and developed by our company and Chongqing University and Hunan Electric Power Research
Institute has been passed the project acceptance successfully. The group chairman
Min Hong, director of academician workstation
Xingliang Jiang, and expert Zhijing
Zhang attended the project acceptance meeting. According to the contract requirements of State Grid
Corporation of China, the research team has carried out the laboratory
simulation for several years and the collection analysis of the test data under
the natural environment of Xuefeng Mountain in Hunan, and the project obtained
multiple technical breakthroughs. The acceptance expert group agreed that, the
research achievements reached the international advanced level in the aspects
of gas liquid two-phase flow model in the process of split conductor icing, split conductor current deicing
model, and split conductor grouping deicing control strategy. The materials and
technology had been improved for four times. The device would provide more
reliable, more accurate and more powerful guarantees for the safety operation
of the electric power system.
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