The Creative, Originative, and Useful Progress of Surge Arresters and Insulation Coordination for AC 66–1100 kV Power Systems Described in the IEEJ Technical Report No. 1132

Author:

Shirakawa S.,Kado H.,Watahiki S.,Hirano H.,Nakamura T.,Kobayashi T.,Fukumitsu H.,Shinohara Y.,Matsushita Y.,Ishizaki Y.,Ishibe S.,Watanabe H.,Kobayashi M.,Tsuge K.,Fukui H.,Ozaki Y.,Kawamura T.,Ishii M.,Kawaguchi Y.,Nishimura S.

Publisher

Wiley

Subject

Electrical and Electronic Engineering

Reference41 articles.

1. Shirakawa S, Kojima S, Kobayashi M, Kado H, Kobayashi T, Nishimura S. Review of surge arresters for 66-1,000 kV substations and JEC standard in Japan. 28th ICLP VI-49, 2006.

2. Shirakawa S, Kobayashi T, Komatsubara H, Suzuki N, Akedani T, Takayama D, Nishimura S. Evaluation of surge arresters for 66–500 kV substations in Japan under social conditions. 28th ICLP VI-19, 2006.

3. Verifications on the installed number of surge arresters for 66–500 kV power systems in Japan;Shirakawa;IEEJ Transactions PE,2006

4. Development of zinc-oxide non-linear resistors and their application to gapless surge arresters;Kobayashi;IEEE,1978

5. Reliability and application of metal oxide surge arrester for power system;Tominaga;IEEE,1979

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