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Power Plant Performance Test
Rp 7.950.000| Stok | Tersedia |
| Kategori | 100+ Pelatihan Engineering & Migas Profesional 2026 | Sertifikat Resmi, Maintenance, Manajemen, Power Generation, Production Operation |
13 - 15 Juli 2026, Bandung
16 - 18 November 2026, Bandung
Intructor: Dr. Willy Adriansyah, ST, MM
Power Plant Performance Test
BACKGROUND:
The main reasons to conduct a power plant performance test are:
- Identify the baseline performance of the power plant in different operating cases
- Quantify the prior/after performance improvement due to a major maintenance outage.
- Verify if the power plant meets the specifications of the applicable purchase contract, therefore if liquidated damages or “make good” actions are required.
A performance test is usually carried out after the construction or retrofit of a plant. It verifies that the plant can achieve its guaranteed parameters and function as intended. This 3-day training is designed to provide participants with the knowledge of power plant testing evaluation & efficiency improvements.
OBJECTIVES:
- Demonstrate working knowledge of terminology associated with Plant efficiency
- Describe the terms of Thermodynamic
- Define the terms of entropy, enthalpy, latent heat, sensible heat rate, etc.
- Thermodynamic process involves in each component of power plant
- Describe how changes in heat rate affect operating cost
- Describe the basic principle of boiler, steam turbine & heat exchanger
- Describe how boiler, turbine and heat exchanger affect heat rate
- Common areas of efficiency loss in power plant
- Describe the principle of plant efficiency testing using ASME Performance Test Code
- Data evaluation & plan for improvements
RECOMMENDED PARTICIPANTS:
- Power Plant Operators
- Process & Engineering Staffs
- Management & Business Staffs involved in Power Plant Aspects
COURSE OUTLINE:
- ASME Performance Test Code
- Thermodynamic
- Steam Generators: theory, heat transfer, fuel consideration, auxiliary equipment, etc
- Steam Generator Combustion Theory & Equipment: theory & equations, fuel analysis, combustion equipment, efficiency testing & monitoring
- Steam Turbine: theory, type, construction detail, valves, efficiency
- Factors influencing Turbine Efficiency: steam condition, exhaust loss, size, configuration, mode of operation, mechanical condition, etc.
- ASME Performance Test Code for Turbine: practical aspects of turbine testing, thermal kits, generator corrections, calculation of change in heat rate, calculation of primary flow, diagnosis of turbine problems, example of simplified test calculation, example of testing program
- Power Plant Heat Exchanger: heat transfer theory, condenser testing
- Factors Affecting Heat Exchanger Performance: low circulating water flow rate, high air leakage, fouled tubes, high inlet water temperature, reduction in load, etc
- Centrifugal Pump: theory, design & construction, testing & monitoring operation
- Measuring Equipment: temperature, pressure, flow, electrical, flue gas, data logging & computer
- Evaluation: statistics, test design, data analysist & trending
ABOUT THE COURSE LEADER:
Dr. Willy Adriansyah, ST, MM graduated from Bandung Institute of Technology specializing on energy conservation. Post graduate program also obtained from ITB while the Doctoral is from Norway.
In addition to his duty as a lecturer, he has got abundant of real industrial experiences especially in power generation & oil/gas companies. Since 2013 he has completed many power generation performance tests; Cilegon, Lumut Balai, Ulu Belu, Dieng, Patuha and also other piping & coal handling optimization related to power generation.
Clients uses his services such as: PT. Indonesia Power, PT. Star Energi, PT. PLN, Total Indonesie, PT. Pama Persada, Chevron & Pertamina.
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