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- W2365814751 abstract "Two-circuit ±800 kV DC transmission lines in the same corridor will be applied in China in the near future, so the total electric field at the ground level under lines of this type needs to be studied to provide technical support for project design and environmental protection. Through the simulation tests on the total electric field at the ground level under two circuit DC transmission lines in the same corridor with different pole arrangement schemes, the lateral distribution regulation was obtained. A calculation method for this total electric field was proposed with the consideration of various important affecting factors, and its validity was proved by simulation tests. The distribution characteristics of the total electric field at the ground level under two circuit ±800 kV DC transmission lines in the same corridor were analyzed by using the method proposed in this paper. Analytical results showed that different pole arrangement schemes for two circuit DC transmission lines in the same corridor will not notably influence the magnitude of the maximum total electric field at the ground level, but will influence its distribution location. The absolute value of the maximum total electric field of this kind is not greatly different from that of a single circuit in normal operation. The parallel adjacent erection for two-circuit DC transmission lines in the same corridor, compared with the far-away erection, can greatly reduce the corridor width and the project removal expense." @default.
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- W2365814751 date "2011-01-01" @default.
- W2365814751 modified "2023-09-23" @default.
- W2365814751 title "Study on the Total Electric Field at the Ground Level Under Two-circuit ±800 kV DC Transmission Lines in the Same Corridor" @default.
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