Please explain steps To produce more power the upper management decided to modify the power plant by placing the stage2 as a saturated liquid stage. The condenser site was planned to leave as it is with the same parameters.The flow rates stays the same. See the figure below for the data. Again, this an ideal case: S2-S1; S3=54.BoilerP1=36.29barlinDraw: The T-S diagram of the cycleTurbineCondenserPumpP2=2.26 bar-2 Saturated vaporT6=?6LourT5=15C5Coolingwater3saturated liquid

Step 1:@point 1 : Saturated VaporP1 = 3..g@36.29bar =..g@36.29bar = s1 Step 2:@point 2 : wet mixture…

Answered: To produce more power the upper…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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please explain how to obtain those values, how you get alll the values in the imagine.
To produce more power the upper management decided to modify the power plant by placing the stage 2 as a saturated liquid stage. The condenser site was planned to leave as it is with the same parameters. The flow rates stays the same. See the figure below for the data. Again, this an ideal case: S2-S1; S3=S4. Boiler P1=36.29bar Lin Turbine Condenser P2=2.26 bar -2 Saturated vapor T6=? 6 Cour ||T5=15C 5 Cooling water Pump 3 saturated liquid
solve using image, please don not resend other solutions previosly posted in bartebly ,as the are wrong thanks
please draw T-S diagram of cycle. find stage 1 (P1,T1,H1,S1) find stage 2 (P2,T2,H2,S2) find stage 3 (P3,T3,H3,S3)
find the following -heat added to the working fluid at the boiler stage -heat removed from the working fluid at the condenser stage -cycle pump power requirement -turbine power production cycle efficiency
Please answer d, e, and f. d. Calculate the power output from the turbine. Assume the process is adiabatic. e. Calculate the heat transfer in the economizer and the boiler. f. Calculate the heat loss from the pipes between points 4 and 5 in the plant.
Power generation using steam is one of the most common method which can be found around the world. In these type of power plants, steam goes through a basic thermodynamic cycle called Rankine cycle which is shown in the following figure. Steam flow Boiler Qin Pump Wout Win Condenser •Qout For the proper operation of the cycle, water should be pumped to the boiler using pump which required work input (Wm) generate steam and then high pressure steam is fed to the turbine. By extracting the energy from high pressure steam, turbine is producing work output (Wout). Because of this, the steam pressure is reduced and low pressure steam is flowing into the condenser. Condenser removes heat energy from steam further (Qout) and steam is converted into liquid water. The liquid water can be pumped into the boiler again and the cycle continues. Performance of a Ranking cycle can be evaluated by using thermal efficiency (nth)which is determined from; the cycle. Heat energy should be supplied to the…
Please show step to this problem Heat added to the working fluid at the boiler stage , Heat removed from the working fluid at the condenser stage, Cycle pump power requirement , Turbine power production , Cycle efficiency
Power plant.
Draw the schematic or plant layout. Draw the T-s diagram Mandatory: A, B, C Suggested: D, E, F In a reheat cycle steam at 8.0 MPa and 485°C enters the turbine and expands to 1.4 MPa. At this point, the steam is withdrawn and passed through a reheater. It re-enters the turbine at 1.3 MPa and 720°C. Expansion now occurs to the condenser pressure of 0.006 MPa. For the cycle and 1 kg of steam determine: (A) QA’ (B) Wnet’ (C) ec’ For the engine, determine: (D) WT (E) ee’ (F) Steam flow for an output of 40,000 kW
Problem 2: Win High-pressure liquid water (Pump Boiler Condenser à out Low-pressure liquid water FIGURE 7-1 Example of a power cycle. High-pressure steam 3 Turbine Wout Low-pressure superheated vapor or high-quality two-phase mixture A simple steam power cycle consists of a boiler, turbine, condenser, and pump as shown in the sketch above. All the heat removal in the cycle is done by the condenser which transfers the heat to pipes carrying cooling water. The cooling water has a mass flow rate of 7 kg/sec, and a specific heat of 4,180 J/kg-°C. The cooling water is supplied at a temperature of 10 °C and exits at 20 °C. Heat is supplied to the cycle through a steam boiler at a rate, Ċin = 420 kW. Find the following: a. The rate at which heat is rejected from the cycle to the cooling water, Qout- b. The net power produced in kilowatts, Wnet- c. The cycle efficiency, cycle.
The net work for a given reheat Rankine cycle is 80MW. Steam at 10 MPa and 500C enters the first turbine and then, the second turbine at 1.2 MPa and 500C. Saturated liquid exits the condenser at 20 kPa. Draw the schematic and T-S diagrams. Label the points by setting point 1 at the condenser outlet, point 2 at the pump outlet, point 3 at the boiler outlet, point 4 at the reheater inlet, point 5 at the reheater outlet, and point 6 at the condenser inlet. Use 2 decimal places for the enthalpy and other energies in solving and for the final answers. For the steam quality (x) and entropy (s), use 4 decimal places in solving. For the specific volume, use 6 decimal places. IMPORTANT: USE THE STEAM TABLES FROM CENGEL'S BOOK ONLY (uploaded already in the files section). Determine the following: Enthalpy at point 2 in kJ/kg = Enthalpy at point 4 in kJ/kg = Enthalpy at point 5 in kJ/kg = Enthalpy at point 6 in kJ/kg = Thermal Efficiency in % = Heat added in kJ/kg = Heat rejected in…

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