2011Unpublished venueRequires access

Conceptual design of a novel de-icing device for power transmission lines

Jialun Yang, Kuanjun Zhu, Bin Liu

Open publisher page 1 citations

Abstract

The technique regarding de-icing and anti-icing for power transmission lines is very important since severe ice storms may cause disaster to power grid due to influence of the accreted ice. In this paper, a novel de-icing device with fixed function position for power transmission lines is proposed. The possibility of mechanical de-icing methods and the features of fixed function position are given to show the advantages of the proposed de-icing device. In particular, the structure of the de-icing device and the function principle are described. The proposed de-icing device would enhance the customer service and benefit power companies and line maintenance companies.

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What this paper is about

The technique regarding de-icing and anti-icing for power transmission lines is very important since severe ice storms may cause disaster to power grid due to influence of the accreted ice. In this paper, a novel de-icing device with fixed function position for power transmission lines is proposed. The possibility of mechanical de-icing methods and the features of fixed function position are given to show the advantages of the proposed de-icing device. In particular, the structure of the de-icing device and the function principle are described. The proposed de-icing device would enhance the customer service and benefit power companies and line maintenance companies.

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Available abstract

The technique regarding de-icing and anti-icing for power transmission lines is very important since severe ice storms may cause disaster to power grid due to influence of the accreted ice. In this paper, a novel de-icing device with fixed function position for power transmission lines is proposed. The possibility of mechanical de-icing methods and the features of fixed function position are given to show the advantages of the proposed de-icing device. In particular, the structure of the de-icing device and the function principle are described. The proposed de-icing device would enhance the customer service and benefit power companies and line maintenance companies.

Key concepts: Icing, Electric power transmission, Power grid, Power transmission, Power (physics), Function (biology), Transmission line, Computer science

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