Investor Presentaiton

Electrical Power Generation Thermodynamic Rankine Cycle of Water: 1 to 2 - Isentropic pumping of water into boiler 2 to 3 Heating water to its boiling point 3 to 4 = Vaporizing water into dry steam 4 to 5 = Superheating the dry steam 5 to 6 6 to 1 = isentropic expansion of steam in turbine Condensing the turbine exhaust steam back into water Subcooled Liquid Saturated Superheated Vapor W turbine Temperature (T) Liquid pump 2 Saturated Vapor Liquid Entropy (S) Vapor Liquid + vapor Isobars lines of constant pressurel in the above T.S diagram T-S Diagram of Rankine Cycle for Steam to Electric Power חוו 1 Q Tout "Necessary Thermodynamic Losses of a Heat Engine Producing Electrical Power in a Rankine Cycle"

View entire presentation