Поиск по сайту

accuracy criterion active identification advanced construction materials air-blown gasification air8blown gasification biomass calculation method carriers case studies ceramic materials circuit theory coal coal gasification coal gasification plants coal-fired generating unit coal-gasification combined cycle unit with coal combustion combined heat combustion commerce competition construction equipment control parameters cost costs critical infrastructures cycle cycle power-plants cyclic regenerative ceramic heat exchangers decision-making design differential evolution differential nodal prices diffusion kinetics economic characteristics effect of temperature efficiency efficiency of heat power equipment electric load dispatching elements of concept energy energy conservation energy efficiency energy security energy transfer engin entrained flow entrained flow gasifiers f fixed bed gasification of coal fluidized bed combustion fuel compositions gas gas-turbine gasification gasification in flow gasification process grids heat energy market heat losses heat networks heat supply heat supply networks heat supply systems heat transfer heating networks high-temperature air heating high8temperature air heating hubs hydraulic equipment hydraulic machinery hydraulic models i identification identification of parameters instrument optimization integral equations integrated energy systems integrated gasification combined cycle iterative methods ma management mathematical modeling mathematical models measured control parameters methods of optimization mixed-integer programming problem model adjustment model of thermal and hydraulic conditions mul network operation conditions optimal operation optimal power-flow optimization optimization of measurement devices optimization studies parameter optimization parameters planning planning of test conditions planning of test modes plants power-generation process real-time control reduced order modeling regenerative ceramic heat exchangers regenerators relative di simulation single heat supplier small combined cycle plant solar buildings staged gasification steam turbine with back pressure steam-turbine heating plant system technical and economical optimization studies. technological scheme analysis technologies temperature test result processing thermal and hydraulic tests thermal energy rates thermal power plants thermodynamic modeling thermohydraulic regimes thermohydraulic tests thermohydraullic regime model uncertainty analysis volterra kernels waste-heat recovery water distribution-systems идентификация интегральные уравнения математическое моделирование принятие решений энергетическая безопасность ядра вольтерра

   
Дополнительные параметры поиска

Результаты поиска ( Отсортировано по релевантности | Сортировать по дате )


Development of mathematical model of the system of highjtemperature ceramic heat exchangers of periodic action

Kler A.M., Marinchenko A.Y., Potanina Y.M. Development of mathematical model of the system of highjtemperature ceramic heat exchangers of periodic action // Bulletin of the Tomsk Polytechnic University, Geo Assets Engineering. Vol.329. №3. 2018. P.26-35. The relevance of research is conditioned by the need to create and develop heat power plants, in which the processes of electric power generation are combined with the processes of coal gasification. Interest in this direction is explained by large...

Теги: air-blown gasification , high-temperature air heating , integrated gasification combined cycle , mathematical modeling , regenerative ceramic heat exchangers
Раздел: ИСЭМ СО РАН
Problems and Methods for Optimal Design of Experiments and Processing of their Results for Identification of Heating Networks Thermal-hydraulic Models

... 2017 2ND INTERNATIONAL URAL CONFERENCE ON MEASUREMENTS (URALCON). 2017. P.270-275. ISBN (print): 978-1-5386-0521-9. The effective solution of operation problems, adjustment and dispatching management of thermal networks can be obtained applying modern mathematical modeling methods, calculation and optimization. However, lack of reliable information about their actual parameters and characteristics substantially depreciates virtually all sets of these methods. The majority of thermal networks parameters ...

Теги: mathematical modeling , active identification , heating networks , thermal and hydraulic tests , model of thermal and hydraulic conditions , planning of test conditions , optimization of measurement devices , water distribution-systems
Раздел: ИСЭМ СО РАН
Methods for analysis and synthesis of technological schemes of thermal power plants based on solving auxiliary problems of linear programming

Kler A.M., Maximov A.S., Epishkin N.O. Methods for analysis and synthesis of technological schemes of thermal power plants based on solving auxiliary problems of linear programming // Thermophysics and Aeromechanics. Vol.24. No.5. 2017. P.787-798. DOI: 10.1134/S0869864317050146 The paper describes the developed method for analyzing technological schemes of thermal power plants based on solving problems of auxiliary linear programming. This method involves solving the linear programming problems...

Теги: mathematical modeling , thermal power plants , technological scheme analysis , parameter optimization , gas-turbine , parameters , cycle
Раздел: ИСЭМ СО РАН
Mathematical modeling and optimization of parameters of coal-fired combined cycle unit with gas-turbine cycle working medium heated in periodic regenerative heat exchangers

Kler A.M., Tyurina E.A., Mednikov A.S., Staheeva E.V. Mathematical modeling and optimization of parameters of coal-fired combined cycle unit with gas-turbine cycle working medium heated in periodic regenerative heat exchangers // Cleaner Combustion and Sustainable World - Proceedings of the 7th International ...

Теги: combined cycle unit with coal combustion , cyclic regenerative ceramic heat exchangers , mathematical modeling , optimization studies , ceramic materials , coal gasification , coal gasification plants , competition , energy efficiency , fluidized bed combustion , f
Раздел: ИСЭМ СО РАН
Model of carbon particle burnout in a flow reactor for thermochemical conversion of solid fuel

Shamanskii V.A., Donskoi I.G. Model of carbon particle burnout in a flow reactor for thermochemical conversion of solid fuel // Theoretical Foundations of Chemical Engineering. Vol.51. No.2. 2017. P.199-205. DOI: 10.1134/S0040579517020014 The gasification of coal dust in thermal power plants is a prospective technology for combining the production of electric power, heat, and chemical products. In this work, the method of calculating flow gasification, which takes into account the detailed diffusion...

Теги: gasification in flow , coal , mathematical modeling , thermodynamic modeling , diffusion kinetics , coal-gasification , simulation
Раздел: ИСЭМ СО РАН
Modeling of Integrated Energy Supply Systems: Main Principles, Model, and Applications

Voropai N., Stennikov V., Senderov S., Barakhtenko E., Voitov O., Ustinov A. Modeling of Integrated Energy Supply Systems: Main Principles, Model, and Applications // Journal of Energy Engineering. Vol.143. No.5. 2017. P.1-11. DOI: 10.1061/(ASCE)EY.1943-7897.0000443 Energy systems including electricity, heat/cooling, and gas supply systems represent a very important part of the infrastructure in Russia. This paper presents a general framework of integrated energy systems. Elements of the concept...

Теги: integrated energy systems , mathematical modeling , critical infrastructures , elements of concept , case studies , optimal power-flow , optimal operation , combined heat , management , network , hubs , optimization , carriers , grids , gas
Раздел: ИСЭМ СО РАН
An approach to optimization of the choice of boiler steel grades as to a mixed-integer programming problem

... particular, high-alloy steel can be used to manufacture the most loaded heating surfaces of a boiler unit). A rational choice of technical and economic parameters of energy plants as the most complex technical systems should be made using the methods of mathematical modeling and optimization. The paper considers an original approach to an economically sound optimal choice of steel grade to manufacture heating surfaces for boiler units. A case study of optimization of the discrete-continuous parameters ...

Теги: thermal power plants , methods of optimization , mathematical modeling , advanced construction materials , mixed-integer programming problem , cycle power-plants , differential evolution , cost , coal , parameters , design , system , energy
Раздел: ИСЭМ СО РАН
Optimizing modes of a small-scale combined-cycle power plant with atmospheric-pressure gasifier

Donskoi I.G., Marinchenko A.Y., Kler A.M., Ryzhkov, A.F. Optimizing modes of a small-scale combined-cycle power plant with atmospheric-pressure gasifier // Thermophysics and Aeromechanics. Vol.22. No.5. 2015. P.639-646. The scheme of an integrated coal gasification combined-cycle power plant with small capacity is proposed. Using the built mathematical model a feasibility study of this unit was performed, taking into account the kinetics of physical and chemical transformations in the fuel bed....

Теги: fixed bed gasification of coal , small combined cycle plant , mathematical modeling
Раздел: ИСЭМ СО РАН
Методические вопросы модификации экономико-математических моделей в исследованиях энергетической безопасности России

Береснева Н.М. Методические вопросы модификации экономико-математических моделей в исследованиях энергетической безопасности России // Известия РАН. Энергетика. №2. 2015. C.30-41. В статье приведены основные положения модификации экономико-математических моделей в исследованиях энергетической безопасности России с применением существующих модельных решений. Выделены этапы такой модификации моделей в идеологии системного анализа, критерии принятия решений на выделенных этапах. Приведены результаты...

Теги: энергетическая безопасность , energy security , математическое моделирование , mathematical modeling , принятие решений , decision-making
Раздел: ИСЭМ СО РАН


Телефоны

основной    +7(3952) 500-646
приемная    +7(3952) 42-47-00
факс     +7(3952) 42-67-96
Смотреть справочник