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Steam Turbine for Solar Power Station

By Tomáš Trávníček


The aim of the master’s thesis is a design of double casing condensing steam turbine with gearbox, reheat and with power output 110 MW for solar power station. The steam turbine has an axial output to the air cooled condenser. The design of the turbine is developed on the basis of concept of Doosan Skoda Power company. It is the main reason this turbine has the impulse blading. There are heat calculation and calculation of heat balance diagram in the first part of the thesis. The system of regeneration consist of three Low Pressure Feedwater Heaters (L.P. FWH), deaerator, and two High Pressure Feedwater Heaters (H.P. FWH). The next part of the thesis is focused on a flow path section of turbine. There is a selection of profile of turbine blades at this part, too. The basic design and strength calculation are available only for high-speed high pressure (HP) part of turbine, as an assignment of the thesis says. There is heat balance diagram for 75 % of nominal power output at the end of thesis. The drawing of longitudinal section of HP part of turbine is the main appendix of this thesis

Topics: Doosan Škoda Power; dvoutělesová turbína; solární elektrárna.; condensing turbine; kondenzační turbína; solar power station.; Steam turbine; double casing turbine; Parní turbína; Doosan Skoda Power
Publisher: Vysoké učení technické v Brně. Fakulta strojního inženýrství
Year: 2015
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