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The recent increase in demand for power and the proliferation of remotely located renewable energy sources, have put pressure on electric power utilities to upgrade and expand their existing transmission infrastructure. Unfortunately, the construction of new power transmission lines is a costly and time consuming endeavour. In order to maximize the return on investment in the construction of new power...
This paper presents a precipitation-based conductor cooling model for use in power line ampacity rating applications. It is aimed at better modelling a conductor's temperature by incorporating line cooling resulting from precipitation falling on power lines. The improved calculations provide gains in additional line capacity for power transmission networks incorporating advanced Dynamic Thermal Rating...
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