Analysis of Thermal Power Plant Using Simulator - Parametric Study of 210 MW Thermal Power Plant Using SIM Simulator

by Sanghani, Kartikkumar
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Sanghani, Kartikkumar Analysis of Thermal Power Plant Using Simulator - Parametric Study of 210 MW Thermal Power Plant Using SIM Simulator
Sanghani, Kartikkumar - Analysis of Thermal Power Plant Using Simulator - Parametric Study of 210 MW Thermal Power Plant Using SIM Simulator

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Delivery: between 2021-05-25 and 2021-05-27
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Description

The Thermal Power station constitutes a major proportion of installed capacity in the Global Power Generation System as well as in Indian Power generation systems. Therefore, achieving an optimal operation for the same, by conducting a parametric study and optimizing a few parameters which have a noticeable effect on the power generation might prove beneficial for the power stations. Since the simulation has been the tool for optimal operation and control. In addition, it also serves the function of providing practical hands-on experience to the trainee so they can get better exposure to the control room. In this project, for the analysis purpose the SIM simulator (Standard Power Plant simulator) is being used which is comprehensive, dynamic simulation and had a multi-fuel running ability employed with tandem-compound steam turbine-generator which is designed to operate at 210 MW. Moreover, it is also characterized by Disturbances and Malfunction features along with monitoring provision which assisted us in the parametric study and generating results in the form of graphical representation.

Contributors

Author:
Sanghani, Kartikkumar
Kalimee, Yusuf
Trivedi, Dhruv

Further information

Biography Artist:
Sanghani, Kartikkumar
K. R. Sanghani, Y. A. Kalimee, and D. V. Trivedi have obtained their Bachelor's Degrees in Mechanical Engineering from Gujarat Technological University, Gujarat. Their area of interest lies in Power Plant Engineering and Thermal Engineering.
Language:
Englisch
Number of Pages:
104
Media Type:
Taschenbuch
Publisher:
LAP Lambert Academic Publishing

Master Data

Product Type:
Textbook
Release date:
11 March 2020
Package Dimensions:
0.22 x 0.15 x 0.006 m; 0.204 kg
GTIN:
09786200784537
DUIN:
OV2J31S7317
£48.99
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