Heat Rate & Efficiency
Introduction
This course is designed to explain the criteria for welding technology through the process of welding like Shielded Metal Arc Welding (SMAW), Gas Metal Arc Welding (GMAW), Gas Tungsten Arc Welding (GTAW) & Oxy-Acetylene Gas Welding for theory and practical and other process will be reviewed by theory. Welding defects and Non Destructive Testing (NDT) also reviewed by trainers.
The training format is to bring the participants experience and knowledge about welding process and defect and participants will be actively involved in the class & workshop activities. Hence, it will increase their confidence level.
Participant will be taken through the vast experience of welding technology and performance by the trainers. The emphasis is on participants continuing participation in ensuring the ultimate success of the course.
TNB Generation Technician Grade TT11-13 / Those Who Are Interested to Deepen Their Knowledge About the Subject / Prerequisite: Served at Least 2 Years Field Experience in Thermal Power Plant Operation
Target Participant
ILSAS Bangi
Venue
4 Days
Duration
Objective
After attending this training program, participants will be able to:
- Define the heat rate and its formula
- Explain the relationship between heat rate and fuel energy
- Calculate correctly the heat rate deviation if the heat rate increase
- Define efficiency and explain it formula
- Explain the relationship between heat rate and efficiency
- Calculate correctly the fuel payment associated with the heat rate
in the SLA - Identify the primary controllable-contributors to off-design heat
rate
Agenda
Day 1
Overview of heat rate in power plant
- Why heat rate
- Importance of heat rate
- Heat rate and my job
- Heat rate definition
Factor in heat rate calculation
- Heat rate formula
- Fuel heating/calorific value
- Differences in fuel heating/calorific value
Heat rate cost deviation
- Calculating the cost of heat rate deviation
Day 2
Effect of heat rate to efficiency
- Efficiency definition
- Efficiency formula
- Relationship between heat rate and efficiency
Effect of heat rate to Service Level Agreement (SLA)
- SLA definition
- Different between PPA and SLA
- Main product in SLA
- Degree of heat rate awareness
- Introduction to table heat rate
- Fuel payment and its relationship to table heat rate
- Calculating fuel payment as per SLA
- Technical impact
- Financial impact
Day 3
Introduction to controllable losses
- What are controllable losses?
- Heat rate losses
- Operator controllable losses
Operation controllable losses
- Heat rate and generation impacts of controllable losses
- Percent change
- Losses due to steam conditions
- Losses due to condenser pressure
- Losses due to Feedwater Temperature
- Losses due to Auxiliary steam
What people say?
It was a perfect match seeing that i need to work on my confidence.I actually learnt more skills that is needed for me to be able to develop training programs.
Bodil Dahl
Ceo & Founder Crix
The course definitely helped in improving concepts. It would be great if you add more examples of templates for Training evaluation. This would help in creating better sheets in future. Thanks
Sonal Tyagi
Head Of Sales , Intel
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