
handle: 11012/9091
This thesis deals with a technical economic analysis of the midrange biomass units use. The main output product of the thesis is the computational system based on balance models of cogeneration key nodes. The computational system is suited for cogeneration technologies based on the Rankin steam cycle. The computational system was used for a particular case study calculation focused on a 1 MW biomass boiler extension by an expansion engine (a steam turbine or steam engine).
Práce se zabývá technicko-ekonomickou analýzou uplatnění kogenerace v jednotkách středních výkonů spalujících biomasu. Hlavním výstupem práce je výpočtový systém založený na bilančních modelech klíčových uzlů kogenerace využívající parní oběh. Výpočtový systém je použit při řešení konkrétní případové studie zaměřené na doplnění biomasového kotle o výkonu 1 MW o expanzní zařízení (parní motor nebo turbína).
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Kogenerace Ekonomická analýza Simulace Parní turbína Parní motor Biomasa, Cogeneration Economic analysis Simulation Steam turbine Steam engine Biomass
Kogenerace Ekonomická analýza Simulace Parní turbína Parní motor Biomasa, Cogeneration Economic analysis Simulation Steam turbine Steam engine Biomass
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