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Course Project OBJECTIVE-of this project is to operate a small-scale, steam turbine power plant in order to gain insight into real-world thermodynamic cycles and to compare this mini-plant to the ideal Rankine cycle. PROBLEM STATEMENT- Vapor ideal simple power plant, as shown in the figurel. Thus, it is important that the student has a basic knowledge of such processes before being flung into the real world. Here is investigated the Rankine cycle (a.k.a. the vapor power cycle) which is used to rate the performance of steam power plants. In this cycle the working fluid is water and follows a closed cycle where it is alternately vaporized and condensed. Case# State(1) State(2) State(3) State(4) Case (1) T-400C Tz-200C Sat. Isentropic P-2MP P2=180,160,150,140,12 Liquid process 0 and 100 kPa Pg = P2 (s; = 54) Case(2) T-400C.420,440,460,480,500C T2-200C Sat. Isentropic P2-2MP P=180 Liquid process Ps= P2 (Sz = s) Use EES Program in case of (1) and (2) to Determine: 1. The work net of the steam power plant, if the efficiency of the generator is 90% [20%) W = Wnet X Generator 2. The thermal efficiency of the steam power plant. [20%) 3. Plot the work net and the thermal efficiency of the steam power plant vs low pressure in the cycle (at State (2)), discuss your results. [40%) 4. Plot the T-s diagram and P-h diagram when P2 = 140 kPa, and 100 kPa. [20%) Wherb Electric Generator Turbine Boiler Cooling Tower Condenser grond Makeup Water pump