2008, Volume 10, Issue 1
Strategic Study of CAE >> 2008, Volume 10, Issue 1
Self-reliance and Innovation of Qinshan Phase Ⅱ NPP Project
Nuclear Power Qinshan Joint Venture Company, Haiyan, Zhejiang 314300, China
Next Previous
Abstract
The self-reliance and innovation of Qinshan nuclear power project of phase II is clecilhed.It contains new reactor core design, as well as related experimental and calculation analysis, especially for new reactor design produced fluid-induced vibration model test, theoretical analysis and testing in-built reactor; aiming at two-loop NSSS a series improvement made for safety systems and related safety analysis to enhance their reliability and redundancy; according to specialty of two-loop NSSS an optimization made for NPP parameters and design of related equipments, for the purpose to make the output of NPP maximal; design of main reactor building and T-G building also improved according to characteristics of two-loop NSSS and site conditions. CRDM and refueling machine are researched and manufactured on base of self-reliance, their performance are better than design requirements, large portion of key equipments are localized through different way. In construction first time realized the integrated erection of containment dome. During the commissioning non-nuclear steam driving of T-G set, as well as 500 kV high voltage rising using emergent diesel generator, etc. are carried out. In period of operation still continuous innovation and improvement are made, in oader to keep the good record of operation.
Keywords
Figures
图 1
References
[ 1 ] Ye Qizhen. Design and construction of Qinshan 600 MW NPP[A]. Construction Experiment Collection of Qinshan NPP Phase Ⅱ[C]. Beijing: Atomic Energy Publishing Company, 2004. 25~ 36
[ 2 ] Yang Lanhe, et al. Organization and management for production preption of Qinshan second NPP[A]. Construction Experiment Collection of Qinshan NPP Phase [C]. Beijing: Atomic Energy Publishing Co Ⅱ mpany, 2004. 57~75
[ 3 ] Yu Zhongde. Specialty and meaning of self-reliance commissioning of Qinshan nuclear power units phase Ⅱ[A]. Construction Experiment Collection of Qinshan NPP Phase Ⅱ[C]. Beijing: Atomic Energy Publishing Company, 2004.52~56
[ 4 ] Zhang Zongyao, et al. The reactor core design of Qinshan nuclear power project phase Ⅱ[A]. Construction Experiment Collection of Qinshan NPP Phase Ⅱ[C]. Beijing: Atomic Energy Publishing Company, 2004. 3~12
[ 5 ] Zong Guifang, et al. 600 MW reactor hydraulic model experimental investigation of Qinshan nuclear power project phase Ⅱ[A]. Construction Experiment Collection of Qinshan NPP Phase Ⅱ[C]. Beijing: Atomic Energy Publishing Company, 2004. 51~56
[ 6 ] Wu Zhenglin, Zhang Jingcai. General evaluation of reactor internal fluid-induced vibration of Qinshan 600 MW NPP phase Ⅱ[A]. Construction Experiment Collection of Qinshan NPP Phase Ⅱ[C]. Beijing: Atomic Energy Publishing Company, 2004. 82~93
[ 7 ] Ma Jianzhong, Yang Yilun. Reactor barrel fluid-induced vibration response calculation of 600 MW NPP[A]. Construction Experime nt Collection of Qinshan NPP Phase Ⅱ[C]. Beijing: Atomic Ener gy Publishing Company, 2004. 71~76
[ 8 ] Jing Chunning, Liu Hong. Specialty and improvement of engineering safety features of Qinshan nuclear power project phase Ⅱ[A]. Construction Experiment Collection of Qinshan NPP Phase Ⅱ[C]. Beijing: Atomic Energy Publishing Company, 2004. 116~119
[ 9 ] Chen Mao. Containment design technology of Qinshan nuclear power project phase Ⅱ[A]. Construction Experiment Collection of Qinshan NPP Phase Ⅱ[C]. Beijing: Atomic Energy Publishing Company, 2004. 287~291
[10] Li Chengde. Design specialty of conveI Li cheng deⅡ[A]. Construction Experiment Collection of Qinshan NPP Phase Ⅱ[C]. Beijing: Atomic Energy Publishing Company, 2004. 377~378
[11] Li Hongying. CRDM design of Qinshan nuclear power project phase Ⅱ[A]. Construction Experiment Collection of Qinshan NPP Phase Ⅱ[C]. Beijing: Atomic Energy Publishing Company, 2004. 418~423
[12] Tang Xinhuang. Refueling machineⅡ[A]. Construction Experiment Collection of Qinshan NPP Phase Ⅱ[C]. Beijing: Atomic Energy Publishing Company, 2004. 693~698
京公网安备 11010502051620号
