High-speed mathematical models of cogeneration steam turbines: Optimization of operation at heat and power plants
А. М. Клер, А. С. Максимов, Е. Л. Степанова
Abstract
А. М. Клер, А. С. Максимов, Е. Л. Степанова
Abstract
The approach was developed for creation of high-speed mathematical models of cogeneration turbines; these models are the tools for fast optimization of operation modes of large-scale cogeneration heating plants. The approach was developed for identification of mathematical models of steam turbines via measuring its parameters. The example of parameters identification is presented for steam turbine T-100/120–130. The optimization computations of operation modes for a cogeneration heating plant were the basic ones for plotting equivalent energy characteristics at a given consumer heat load.
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The approach was developed for creation of high-speed mathematical models of cogeneration turbines; these models are the tools for fast optimization of operation modes of large-scale cogeneration heating plants. The approach was developed for identification of mathematical models of steam turbines via measuring its parameters. The example of parameters identification is presented for steam turbine T-100/120–130. The optimization computations of operation modes for a cogeneration heating plant were the basic ones for plotting equivalent energy characteristics at a given consumer heat load.
Key concepts: Cogeneration, Steam turbine, Turbine, Computation, Power (physics), Gas turbines, Process engineering, Power station