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DESIGN AND APPLICATION OF THE POWER PLANT PERFORMANCE MONITORING AND EVALUATION SYSTEM (PERİDSİS)

DESIGN AND APPLICATION OF THE POWER PLANT PERFORMANCE MONITORING AND EVALUATION SYSTEM (PERİDSİS). Customer Foundation : ELECTRICITY GENERATION COMPANY (EÜAŞ) Administrator Foundation: YILDIZ TECHNICAL UNIVERSITY (YTU) Executive Foundations: YILDIZ TECHNICAL UNIVERSITY (YTU) TUBITAK-MAM.

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DESIGN AND APPLICATION OF THE POWER PLANT PERFORMANCE MONITORING AND EVALUATION SYSTEM (PERİDSİS)

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  1. DESIGN AND APPLICATION OF THE POWER PLANT PERFORMANCE MONITORING AND EVALUATION SYSTEM (PERİDSİS)

  2. Customer Foundation: ELECTRICITY GENERATION COMPANY (EÜAŞ) Administrator Foundation: YILDIZ TECHNICAL UNIVERSITY (YTU) Executive Foundations: YILDIZ TECHNICAL UNIVERSITY (YTU) TUBITAK-MAM

  3. Support Program : TUBITAK 1007 Public Institutions Research Funding Program

  4. WHAT IS PERFORMANCE MONITORING SYSTEM? Performance monitoring system of power plant states evaluation of plant production capacity and efficiency with measured data at that time. Performance monitoring is a system which shows decrease of plant’s and equipment performances to the operator.

  5. AIM OF THE PROJECT Aim of this project is to design of a power plant performance monitoring and evaluation system and to implement it to a plant. Power plant performance monitoring and evaluation system monitors mechanical, hydraulic and thermodynamic parameters, which are measured and affects of them to the plant’s performance. System also compares the real performance of the plant with the reference performance criterias.

  6. AIM OF THE PROJECT • To inform the operator about the real performance levels of the equipments by using the data taken from monitoring and evaluation system of the plant’s .

  7. AIM OF THE PROJECT • To diagnose the problems about the power plant performance. • To determine the parameters that cause degradation of the performance. • To represent fast, easy and human independent solutions to the operator. • To help the operator for generating a planned maintenance program on the equipment basis.

  8. AIM OF THE PROJECT • To determine the causes of possible boiler pipe deformations and to increase the power production ability of the plant.

  9. AIM OF THE PROJECT To create an infrastructure for designing of local power plant monitoring system that is possible to apply for all plants. To maintain a local performance monitoring system which will be installed by Turkish companies.

  10. SCOPE OF THE PROJECT • To design a local monitoring and evaluation system for Ambarlı Combined Cycle and Yatağan Coal Fired Power Plants. • To implement this system to Ambarlı Combined Cycle Power Plant.

  11. Ara Kızdırma OBT ABT SCOPE OF THE PROJECT Kazan YBT Investigating of available performance monitoring systems all over the world. Investigating the relevant standards. Preparing the simulations of the power plants. Determining the equipment which affect the performance and their effect levels.

  12. SCOPE OF THE PROJECT Determiningtheperformance of equipment at differentworkingconditions Developing an economic model which calculates the cost of the degradation of equipment and all plant. Investigating the existing measurement devices and their locations, and determining the need of new measurement tools. Determiningthelocations of newmeasurementtoolsandplanning of theirinstallations.

  13. SCOPE OF THE PROJECT • Investigating the causes of the boiler pipe failures and increasing the power production ability of the plant. • Preparing a software that will help the operator. This software will; • show and compare the expected performance of equipment and overall plant. • show the reasons, effects and possible solutions that causes degradation of the equipment. • calculate the cost of degradations. • Installing, testing, calibrating and submitting of the developed performance monitoring system to the Ambarlı Combined Cycle Power Plant.

  14. OUTPUTS OF THE PROJECT Outputs of theprojects: • Design of thepowerplantperformancemonitoringandevaluationsystem • Software of thepowerplantperformancemonitoringandevaluationsystem • Application of thepowerplantperformancemonitoringandevaluationsystem • Theessentialspecificationfortheinstallation of thesystem • Design guideandalgorithms of themonitoringsystem • List of theparametersthataffecttheplantperformanceandtheirimpactanalyses. • Economicanalysisforperformancedegradation of theequipment. • Deformationanalysis of boilerpipes.

  15. OUTPUTS OF THE PROJECT • Designed system will; • monitor of the power plant with real time graphics. • maintain possibility of performance monitoring on the basis of equipment to the operator. • compare the existing performance with expected performance. • Diagnose and give the solution offers before the problems come into existence in the plant.

  16. CONTACT: Assoc. Prof. Dr. Hasan Hüseyin ERDEM YILDIZ TECHNICAL UNIVERSITY DEPARTMENT OF MECHANICAL ENGINEERING Beşiktaş/İSTANBUL Tel: +90 212 3832907 e-mail: herdem@yildiz.edu.tr

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