Neporozhny P.S., Dollezhal N.A., Melentiev L.A., Bestchinsky B.A., Lavrenenko K.D., Makarov A.A., Yatrov S.N. STRUCTURAL CHANGES IN THE PATTERN OF FUEL AND ENERGY BALANCE OF THE USSR AND THE ROLE OF NUCLEAR POWER. // IIHR Report (Iowa Institute of Hydraulic Research). 1977. A powerful and rather dynamic fuel-and-energy complex has been created in the USSR. Its share in the world total production of fuel and energy resources amount to 1/5, and its growth rates for the past 15 years have exceeded...
Теги: energy resources , nuclear energy , energy policyTokarev V.V., Shalaginova Z.I. Technique of multilevel adjustment calculation of the heat-hydraulic mode of the major heat supply systems with the intermediate control stages // Thermal Engineering . Vol.63. No.1. 2016. P.68-77. DOI: 10.1134/S0040601516010110 http://rd.springer.com/article/10.1134%2FS0040601516010110 A new technique for heat-hydraulic calculation to organize the normal operating modes of the heat supply systems intended to decide the tasks of planning and mode selecting, which ensures...
Теги: computer software , mathematical models , nuclear energy , computing system , control stage , heat supply systems , hydraulic calculations , multilevel model , optimization task , pumping stations , throttlingKler A.M., Potanina Yu.M., Maximov A.S. Accounting for the variable nature of heat loads in optimizing cogeneration combined heat and power plants // Thermal Engineering (English translation of Teploenergetika). Vol.59. No.7. 2012. P.550-556. DOI: 10.1134/S0040601512070075 This paper describes the statement of the problem of how to optimize the parameters of CHP plants with due regard for variable operating conditions. The results are presented of solving the problem of the optimization of such...
Теги: energy resources , nuclear energy , chp plant , combined heat and power plants , its efficiencies , variable operating condition , optimizationShalaginova Z.I. Methods for analyzing operational controllability and their application for estimating the quality of heat supply systems // Thermal Engineering (English translation of Teploenergetika). Т.59. №5. 2012. C.408-413. DOI: 10.1134/S0040601512020140 The paper presents methods for quantitatively estimating indicators characterizing the performance of heat supply systems with the use of a dynamic thermal-hydraulic model of a heat supply system. Formulas for calculating average shortage...
Теги: energy resources , nuclear energy , economic efficiency , heat supply systems , mathematical expectation , operating modes , thermal-hydraulic model , estimation
