| Popis: |
The subject of this paper is to present the mathematical techniques to quantify the energy replacement and capacity benefits of wind power in thermal and large hydro-electric power systems. The paper is an extension of the paper "Modelling of wind power" presented at the 8th PSCC in Helsinki, 1984. Wind power is represented as a multistate model which is convolved into the equivalent load duration curve. A modified version of the WASP-program, which handles the wind power model, is used to perform the calculations. WASP uses probabilistic production costing techniques. Results obtained from a case study with a future Swedish system including wind power is presented. Qc 20130719 |
