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heat supply system [x]

air pollution calculation classical model commerce competition component reliability computer simulation cournot-nash equilibrium cournot–nash equi-librium critical infrastructure district heating effective heat supply radius energy conservation energy efficiency engineering constraints equilibrium failure analysis failure and restoration rates graphical analysis groping procedure by cournot groping procedure by cournot librium heat energy consumer heat energy market heat energy source heat market heat source heat storage heat supply system heat supply systems heat transfer heating pricing hydraulic equipment hydraulic machinery informati intermediate con iterative method liberalization market equilibria market equilibrium markov random process mathematical modeling mathematical models modeling and calculations monopolistic markets monopoly monopoly district heating market monopoly m multi-criteria optimization multilevel modeling nodal reliability indices optimization organizational modeling phase equilibria policies and regulations power distribution grid regulation reliability optimization thermal-hydraulic state «single buyer» model алгоритм графический анализ информационно-вычислительный комплекс источник тепла источник тепловой энергии компьютерное моделирование методика многоуровневое моделирование нормативно-правовые акты показатель режимной управляемости потребитель тепловой энергии промежуточная ступень управления радиус эффективного теплоснабжения распределительный электросетевой комплекс расчет синтез система теплоснабжения тепловые сети теплогидравлический режим теплоснабжающая система точка подключения потребителя энергосбережение энергоэффективность “single buyer” model

  (везде) Форум Новости Объявления Конференции Публикации Институт Подразделения Сотрудники Библиотека Фотогалерея  

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Postnikov I.V., Stennikov V.A., Mednikova E.E., Penkovskii A.V. A Methodology for Optimziation of Component Reliability of Heat Supply Systems // Energy Procedia. Vol.105. 2017. P.3083-3088. DOI: 10.1016/j.egypro.2017.03.643 The paper suggests a methodology to determine optimal reliability parameters (failure and restoration rates) of heat supply system components, which ...

... methodological base proposed for its description and investigation presents the use of principles of the theory of games, basic propositions of microeconomics, and models and methods of the theory of hydraulic circuits. The original mathematical model of the heat supply system operating under conditions of the “Single buyer” organizational structure provides the derivation of a solution satisfying the market Nash equilibrium. The distinctive feature of the developed mathematical model is that, along with ...