Study On Game Model To Price Competition And The Optimal Operation Of Reservoir Under Electric Power Market

Based on the overseas electric power market experience,contrasting theactuality of our country, the paper discusses the running pattern, pricing method,influence factors, and proposes price models and optimum games. The mainachievements of the thesis can be summarized as follows: The present frame of electric power market is expatiated. After being comparedand analyzed current system, the 2-part system is educed the fittest to our country, itwill lay the foundation of equitable, right, and open electric power market competition,optimize resource, advance social benefit, and reduce electrovalence. The form and sorts of generate-electricity cost, and effect factors ofgenerate-electricity price competition are researched and analyzed. It will helpgenerate-electricity manufacturer to form the best price, to achieve the goal, to holdgenerate-electricity power of expectation. Competition games of generate-electricity manufacturer under condition of"separating power plants from networks by price competition"are investigated. Thepaper puts forward that the games to price competition; successful explains thephenomenon of generate-electricity manufacturer run-up electrical price using themarket force; At the same time, the paper analyses the causes of its appearance andthe measures to control. Competition games of generate-electricity manufacturer are discussed. The paperbrings forward games of the least quote price adding profit, researches the form andcalculate methods of the least quote price. The production may be used to quote priceof generate-electricity manufacturer. The games of price competition under complete and incomplete information areresearched. At the same time, the paper founds the model and its solution of staticstate game and dynamic game, and it is validated by example. In the end, the paperput forward viewpoint of run-rule of electric power market. The study results havemore significance of theory and practical direction. Reservoir optimum regulation model under condition of electric power marketare established. Based on it, the paper founds mathematical model of pinnacle-valleyprice and abundant-dry price. Using two reservoirs, the paper gained the solution tothe most generate-electricity income of one year and one day. Getting acrosscalculation of two examples, the correctness and validity of models are validated. Bythe Using of the models, we may succeed to resolve the running game undercondition of electric power market, it is the most concerned to operate of reservoir.