|
Abstract : |
In this paper, the corona current and hence the corona power loss associated with bundle wires is estimated by a combined iterative computational technique based on the finite element (FE) and charge simulation (CS) methods. The investigated bundled transmission lines consist of one-, two-, and three- wires. Variation of the corona power loss as a function of the number of wires, wires orientation as well as the bundle spacing is investigated. The contribution of each bundle wire to the ttal corona power loss is also reported. A laboratory model was built to investigate the effectiveness of the new iterative technique. It has been found that the present results agreed well with the experimental values., |
