Transmission

RM 3.6K
Calibration and Maintenance of Control Drive and PID…
Transmission

3 Days

View Details

Overview:
The course is designed to improve participant’s skill on calibration and maintenance of Control Drive and also basic knowledge on PID tuning in their’s working place.

The training format is on theory and practical, where the participants will be actively involved in the lab activities.

“Learning by doing” is a basic principle adopted in this training. Participant will be taken through the vast experiences of training by the trainer. The emphasis is on participants continuing participation in ensuring the ultimate success in the course.
Objective:

After attending this training program, participants will be able to:
 
• Identify types of control valves and actuators.
• Calibrate and maintain pneumatic valve actuators.
• Calibrate valve positioner.
• Troubleshoot valve system common problems.
• Describe the basic concepts of automatic control.
• Tune PID (proportional, integral, and derivative) process controller.
• Demonstrate understanding in operation of an auto control system.
• Identify and explain the basis of control actions.
• Tune PID (proportional, integral, and derivative) process controller

Without any mistake.


for any enquiries please contact:

1. NAME: IR. YEOH CHIEN WERN
   Email: yeohcw@tnb.com.my

2. NAME: TAN BENG WEE
   Email: tanbw@tnb.com.my
 
 



Target Participant: Control & Instrumentation personnel, Engineers involved in maintenance of process measurement
Duration: 3 Days
Language:

RM 3.6K
CISCO Router Configuration at KLCEC
Transmission

4 Days

View Details

Overview:
The workshop is designed to given explanation to the participants about CISCO router connectivity, concept, hardware, protocol access control and basic troubleshooting.

The training format is theory and practical, where the participants will be actively involved in the class activities. Hence, it will increase their confidence level.

“Learning by doing” is a basic principle adopted in this training. Participant will be involved in practical sessions on how to make accessing router, configuration, ping and test and basic troubleshooting.  Participant will be taken through the vast experience of training by the trainers.  The emphasis is on participants continuing participation in ensuring the ultimate success of the workshop.
Objective:
After attending this course with the ref. of supplier manual and notes given the participant will be able to:

1. Explain the function of the router
2. How to configure the router


for any enquiries please contact:

1. NAME: JIMMY FAM DENG FONG
   Email: famdf@tnb.com.my

Target Participant: Technicians, Engineers
Duration: 4 Days
Language:

RM 3.6K
Climbing Techniques of Monopole Tower
Transmission

3 Days

View Details

Overview:
Work at Height can expose workers to serious injury if safety measures are not taken seriously. It is employer’s duty to protect everyone who might be exposed to safety risk by ensuring that any form of work at height is planned and supervised.

Climbing Monopole tower techniques is awareness to Transmission Line staff the safety procedures and techniques during climbing. All precaution whether Personal Protection Equipment and accessories thru rope are taught during this course.

This course covers all aspects related to working at height such as legislation, safety requirements and working methods. This course is mainly for TNB’s Transmission working environment.
Objective:
After attending this training program, participants will be able to:

• To explain the safety use of harness and all the accessories during climbing Monopole Tower in TNB Transmission Line.
• To explain safety procedure and technique during working at height and climbing Monopole tower.
• To determine the suitable equipment for work.

Correctly


for any enquiries please contact:

1. NAME: AHMAD MAHMOOD
   Email: ahmadm@tnb.com.my

2. NAME: MOHD SALIM NGADINO
   Email: salimn@tnb.com.my

Target Participant: Transmission Line Staff
Duration: 3 Days
Language:

RM 3.6K
Competency Course for Switch Station Operator (SSO)…
Transmission

3 Days

View Details

Overview:
In this training program, participant will learn about generation, transmission and distribution system in power system at TNB network grid. Basic introduction to all primary and secondary equipment that available in transmission substations. There will be explanation on SSO responsibility and important roles. Details explanation by our subject matter expert on operation and function of primary and secondary equipment to enhance SSO knowledge to be applicable in their scope of work.
Objective:
After attending this training program, participants will be able to:

• Define generation, transmission and distribution system in power system at TNB network grid.
• Recognize all primary and secondary equipment in transmission substations.
• Explain SSO responsibility and roles.
• Explain operation and function of primary and secondary equipment in basic.
• Explain main function of telecontrol and SCADA system


for any enquiries please contact:

1. NAME: AHMAD MAHMOOD
     Email: ahmadm@tnb.com.my

2. NAME: MOHD SALIM NGADINO
     Email: salimn@tnb.com.my

Target Participant: Switch Station Operator (CP/Non CP)
Duration: 3 Days
Language:

RM 3.6K
Competency Course for Switch Station Operator (SSO)…
Transmission

3 Days

View Details

Overview:

In this training program, participant will learn about generation, transmission and distribution system in power system at TNB network grid. Basic introduction to all primary and secondary equipment that available in transmission substations. There will be explanation on SSO responsibility and important roles. Details explanation by our subject matter expert on operation and function of primary and secondary equipment to enhance SSO knowledge to be applicable in their scope of work.

 


Objective:
After attending this training program, participants will be able to:

• Describe protection scheme in transmission system.
• Explain about switching in terms of communication, interlocking and safety rules.


for any enquiries please contact:

1. NAME AHMAD MAHMOOD
     Email: ahmadm@tnb.com.my

2. NAME MOHD SALIM NGADINO
     Email: salimn@tnb.com.my
 

Target Participant: Switch Station Operator (CP/Non CP)
Duration: 3 Days
Language:

RM 3.6K
Competency Overhead Lines Maintenance (Module 1)
Transmission

5 Days

View Details

Overview:

Transmission lines have become a staple of our landscapes – they traverse an incredible range of environments, climates and terrains, leaving lasting images.Maintaining reliability, extending the useful life of lines, increasing electrical energy transmission capabilities, preventing failures, and ensuring employee and public safety are all at the forefront of transmission line research and development. Wood crossarms are of particular concern as they are typically quite sensitive to climate. Likewise, climatic concerns are at the heart of the structural integrity of towers, as atmospheric corrosion affects the galvanization of the steel.

Actions necessary for retaining or restoring a piece of equipment, machine, or system to the specified operable condition to achieve its maximum useful life. It includes corrective maintenance and preventive maintenance.

This course covers all aspects related to working at height such as legislation, safety requirements and working methods. This course is mainly for TNB’s Transmission working environment.

 


Objective:
After attending this training program, participants will be able to:

• To explain the Safety Factor and Loading Calculation.
• To explain method of Lifting and Hauling.
• To explain the maintenance method of repairing hot spot.
• To explain safety procedure and techniques of lowering and tensioning conductor.
• To determine the suitable equipment for overhead line maintenance work.

Without error.


for any enquiries please contact:

1. NAME: AHMAD MAHMOOD
     Email: ahmadm@tnb.com.my

2. NAME: MOHD SALIM NGADINO
     Email: salimn@tnb.com.my
 
 


Target Participant: AM Lines Non CP( Exec & Non Exec )
Duration: 5 Days
Language:

RM 3.6K
Competency Overhead Lines Maintenance (Module 2)
Transmission

5 Days

View Details

Overview:

Transmission lines have become a staple of our landscapes – they traverse an incredible range of environments, climates and terrains, leaving lasting images.Maintaining reliability, extending the useful life of lines, increasing electrical energy transmission capabilities, preventing failures, and ensuring employee and public safety are all at the forefront of transmission line research and development. Wood crossarms are of particular concern as they are typically quite sensitive to climate. Likewise, climatic concerns are at the heart of the structural integrity of towers, as atmospheric corrosion affects the galvanization of the steel.

Actions necessary for retaining or restoring a piece of equipment, machine, or system to the specified operable condition to achieve its maximum useful life. It includes corrective maintenance and preventive maintenance.

This course covers all aspects related to working at height such as legislation, safety requirements and working methods. This course is mainly for TNB’s Transmission working environment.

 


Objective:
After attending this training program, participants will be able to:

• To explain the safety procedure and techniques of replacement crossarms.
• To explain safety procedure and techniques replacement of Insulator.
• To determine the suitable equipment for overhead line maintenance work.

Without error.


for any enquiries please contact:

1. NAME: AHMAD MAHMOOD
     Email: ahmadm@tnb.com.my

2. NAME: MOHD SALIM NGADINO
     Email: salimn@tnb.com.my
 


Target Participant: AM Lines Non CP( Exec & Non Exec )
Duration: 5 Days
Language:

RM 3.6K
Concrete & Steel Reinforcement Technology
Transmission

3 Days

View Details

Overview:
Many different types of structures and components of structures can be built using reinforced concrete including slabs, walls, beams, columns, foundations, frames and more. Reinforced concrete can be classified as precast or cast-in-place concrete. Designing and implementing the most efficient floor system is key to creating optimal building structures. Small changes in the design of a floor system can have significant impact on material costs, construction schedule, and ultimate strength, operating costs, occupancy levels and end use of a building. Without reinforcement, constructing modern structures with the concrete material would not be possible.
Objective:
After attending this training program, participants will be able to:

• Explain basic design principles.
• Explain concept and reinforced placement in terms of concrete and steel reinforcement technologies.
• Define concrete and steel reinforcement estimation.


for any enquiries please contact:

1. NAME: AHMAD MAHMOOD
   Email: ahmadm@tnb.com.my

2. NAME: MOHD SALIM NGADINO
   Email: salimn@tnb.com.my

Target Participant: Civil Engineers, Civil Technicians
Duration: 3 Days
Language:

RM 3.6K
Design & Maintenance of Lines & Cable
Transmission

3 Days

View Details

Overview:
Primary Equipment is a major electric appliances that are seen in the electrical substation. The equipment allows electricity operated and controlled use safely. In the context of power transmission, primary equipment placed in electrical substations. Equipment operating at certain voltage levels and have specific uses in order to make the whole system is perfect and safe delivery. The most important of equipment in the system is Circuit Breaker and Power Transformer. Through 132kV high voltage can be lowered by up to 11kV or lower than that and passed on to consumers safely. In communications and electrical engineering, a transmission line is a specialized cable or other structure designed to carry alternating current of radio frequency, that is, currents with a frequency high enough that their wave nature must be taken into account.
Objective:

After attending this training program, participants will be able to:

  • Define design of overhead lines and characteristics
  • Define design of cables and characteristics
  • Handle tools for overhead lines and cables
  • Practice right methods on overhead lines maintenance
  • Practice right methods on cables



for any enquiries please contact:

1. NAME: AHMAD MAHMOOD
   Email: ahmadm@tnb.com.my

2. NAME: MOHD SALIM NGADINO
   Email: salimn@tnb.com.my
 



Target Participant: Technicians
Duration: 3 Days
Language:

RM 3.6K
Design, Testing, Installation & Maintenance of Low…
Transmission

3 Days

View Details

Overview:

Underground power cables represent a major capital asset for industries and utilities for bulk transfer of electrical power. Due to the capital value and critical nature of cables, great emphasis is placed on the design, manufacturing, testing, installation and maintenance of the power cable circuits.

There are many key aspects of cable system that need to be well understood before proper design and engineering can be instituted. Cable insulation properties (XLPE, paper, oil, etc.), cable earthing, cable de-earthing, cable jointing and termination, cable capacitive effects and its regulation are some of the most important elements of cables and cable systems that must be thoroughly understood.

A poorly designed cable system can lead to an unreliable asset with high failure risk, high losses, high de-rating and thus inefficient transfer of bulk power and ultimately higher operation and maintenance course.

This course is designed to ensure that those responsible for design, engineering, procurement, selection and testing have a sound understanding of the technical issues surrounding MV and HV power cables.


Objective:
After attending this training program, participants will be able to:

• Define power cables in electrical works for Medium Voltage and High Voltage.
• Determine the technical issues surrounding Medium Voltage and High Voltage power cables.


for any enquiries please contact:

1. NAME: AHMAD MAHMOOD
   Email: ahmadm@tnb.com.my

2. NAME: MOHD SALIM NGADINO
   Email: salimn@tnb.com.my

Target Participant: Technicians
Duration: 3 Days
Language:

RM 3.6K
Design, Testing, Installation and Maintenance of Low…
Transmission

3 Days

View Details

Overview:

Underground power cables represent a major capital asset for industries and utilities for bulk transfer of electrical power. Due to the capital value and critical nature of cables, great emphasis is placed on the design, manufacturing, testing, installation and maintenance of the power cable circuits.

There are many key aspects of cable system that need to be well understood before proper design and engineering can be instituted. Cable insulation properties (XLPE, paper, oil, etc.), cable earthing, cable de-earthing, cable jointing and termination, cable capacitive effects and its regulation are some of the most important elements of cables and cable systems that must be thoroughly understood.

A poorly designed cable system can lead to an unreliable asset with high failure risk, high losses, high de-rating and thus inefficient transfer of bulk power and ultimately higher operation and maintenance course.

This course is designed to ensure that those responsible for design, engineering, procurement, selection and testing have a sound understanding of the technical issues surrounding MV and HV power cables.

 


Objective:

After attending this training program, participants will be able to:

• Define power cables in electrical works for Medium Voltage and High Voltage.
• Determine the technical issues surrounding Medium Voltage and High Voltage power cables.


for any enquiries please contact:

1. NAME: AHMAD MAHMOOD
     Email: ahmadm@tnb.com.my

2. NAME: MOHD SALIM NGADINO
     Email: salimn@tnb.com.my
 



Target Participant: Lines TT10/11/12/13/14
Duration: 3 Days
Language:

RM 3.6K
Design, Testing, Installation and Maintenance of Medium…
Transmission

3 Days

View Details

Overview:
<div justify;"="">Underground power cables represent a major capital asset for industries and utilities for bulk transfer of electrical power. Due to the capital value and critical nature of cables, great emphasis is placed on the design, manufacturing, testing, installation and maintenance of the power cable circuits.

There are many key aspects of cable system that need to be well understood before proper design and engineering can be instituted. Cable insulation properties (XLPE, paper, oil, etc.), cable earthing, cable de-earthing, cable jointing and termination, cable capacitive effects and its regulation are some of the most important elements of cables and cable systems that must be thoroughly understood.

A poorly designed cable system can lead to an unreliable asset with high failure risk, high losses, high de-rating and thus inefficient transfer of bulk power and ultimately higher operation and maintenance course.

 This course is designed to ensure that those responsible for design, engineering, procurement, selection and testing have a sound understanding of the technical issues surrounding MV and HV power cables.
Objective:
<div justify;"="">After attending this training program, participants will be able to:

• Define power cables in electrical works for Medium Voltage and High Voltage.
• Determine the technical issues surrounding Medium Voltage and High Voltage power cables.

Target Participant: Electrical Engineers
Duration: 3 Days
Language:

RM 3.6K
Design, Testing, Installation of Overhead Lines
Transmission

3 Days

View Details

Overview:
<div justify;"="">Overhead lines are the most common type of electrical equipment found in power systems. In this course, attendees are introduced to main factors that influence the size of conductors, the electrical clearances, insulation and choice of supporting structures for lines up to 500kV.

The course is beneficial to all electrical engineers who are responsible for the planning, design, manufacturing, operation and maintenance of Medium Voltage and High Voltage Overhead Lines. New engineers are also encouraged to attend.
Objective:
<div justify;"="">After attending this training program, participants will be able to:

• Select a conductor size for most economic operation.
• Select appropriate insulators and structure clearances for given system conditions.
• Estimate the probability of outages due to lightning and switching.
• Estimate the magnitude of the effect of RI and EMF from the line.

Target Participant: Electrical Engineers
Duration: 3 Days
Language:

RM 3.6K
Design, Testing, Installation, Operation and Maintenance…
Transmission

3 Days

View Details

Overview:
Underground power cables represent a major capital asset for industries and utilities for bulk transfer of electrical power. Due to the capital value and critical nature of cables, great emphasis is placed on the design, manufacturing, testing, installation and maintenance of the power cable circuits.

There are many key aspects of cable system that need to be well understood before proper design and engineering can be instituted. Cable insulation properties (XLPE, paper, oil, etc.), cable earthing, cable de-earthing, cable jointing and termination, cable capacitive effects and its regulation are some of the most important elements of cables and cable systems that must be thoroughly understood.

A poorly designed cable system can lead to an unreliable asset with high failure risk, high losses, high de-rating and thus inefficient transfer of bulk power and ultimately higher operation and maintenance course.

This course is designed to ensure that those responsible for design, engineering, procurement, selection and testing have a sound understanding of the technical issues surrounding MV and HV power cables.
Objective:
After attending this training program, participants will be able to:

• Define power cables in electrical works for Medium Voltage and High Voltage.
• Determine the technical issues surrounding Medium Voltage and High Voltage power cables.


for any enquiries please contact:

1. NAME: AHMAD MAHMOOD
   Email: ahmadm@tnb.com.my

2. NAME: MOHD SALIM NGADINO
   Email: salimn@tnb.com.my

Target Participant: Electrical Engineers
Duration: 3 Days
Language:

RM 3.6K
Design, Testing, Installation, Operation and Maintenance…
Transmission

3 Days

View Details

Overview:
Overhead lines are the most common type of electrical equipment found in power systems. In this course, attendees are introduced to main factors that influence the size of conductors, the electrical clearances, insulation and choice of supporting structures for lines up to 500kV.

The course is beneficial to all electrical engineers who are responsible for the planning, design, manufacturing, operation and maintenance of Medium Voltage and High Voltage Overhead Lines. New engineers are also encouraged to attend.
Objective:
After attending this training program, participants will be able to:

• Select a conductor size for most economic operation.
• Select appropriate insulators and structure clearances for given system conditions.
• Estimate the probability of outages due to lightning and switching.
• Estimate the magnitude of the effect of RI and EMF from the line.


for any enquiries please contact:

1. NAME: AHMAD MAHMOOD
   Email: ahmadm@tnb.com.my

2. NAME: MOHD SALIM NGADINO
   Email: salimn@tnb.com.my

Target Participant: Electrical Engineers
Duration: 3 Days
Language:

RM 3.6K
Distribution Network Power System Protection 33/11kV…
Transmission

3 Days

View Details

Overview:
Distribution Network Power System Protection 33/11 kV course is for protection and non-protection executives. In this training program, participants will be exposed on Distribution protection philosophy, types of fault, current transformer, relay technology, overcurrent & earth fault (OCEF) relay coordination, voltage regulation in substation, auxiliary DC system and also case study.
Objective:

After attending this course the participants shall be able to:

1. Identify the fundamentals of Distribution Network Power System Protection 33/11kV
2. Explain Voltage regulation used in Distribution Network System
3. Explain Auxiliary DC System


for any enquiries please contact:

1. NAME: AZIZUDDIN ZAKARIA
   Email: azizuddinz@tnb.com.my

2. NAME: ZALINA SAMSUDIN
   Email: ina63@tnb.com.my
 



Target Participant: Non-Protection Engineer
Duration: 3 Days
Language:

RM 3.6K
Earthing Resistance and Soil Resistivity Measurement
Transmission

2 Days

View Details

Overview:
This two-day course will briefly review the earthing resistance measurement correctly by defining the earthing resistance of a system, explaining the principle of earthing resistance measurement, explaining Fall of Potential (FOP) method of measurement and calculating the earthing resistance, given a set of results from FOP measurement.

This course also provide participant with correct method of soil resistivity measurement and its measurement result interpretation. Participant will be able to perform correct method of measurement and be able to state factors that affecting the value of soil resistivity (minimum 3), list down the available methods and to state the most accurate method to perform the soil resistivity measurements.
Objective:
After attending this training program, participants will be able to:

• Describe the earthing resistance measurement correctly.
• Perform correct method of soil resistivity measurement and its measurement result interpretation.


for any enquiries please contact:

1. NAME: AHMAD MAHMOOD
   Email: ahmadm@tnb.com.my

2. NAME: MOHD SALIM NGADINO
   Email: salimn@tnb.com.my

Target Participant: Engineers, Technicians
Duration: 2 Days
Language:

RM 3.6K
Economic Dispatch & Optimal Power Flow
Transmission

3 days

View Details

Overview:
This course will assist power system professionals in planning for tomorrow's dispatch as well as dispatching the generating units in the intraday.  The economic dispatch under system contraints represents the building block in the operation and planning of the power system. Then mechanism of the adaption of the economic dispatch in a deregulated market environment is also discussed.  The Optimal Power Flow module is an intelligent load flow that employs techniques to automatically adjust the power system control settings while simultaneously solving the load flows and optimizing operating conditions within specific constrints.  The real time Optimal Power Flow is been discussed.

Click here for Registration form

*Price excluding GST
Objective:
Course outline

  • Bulk Electricity System
  • Generation System with Renewable Sources
  • Transmission System
  • Optimization Techniques
  • Energy Management System: Economic Dispatch
  • Energy Management System
  • Economic Dispatch in the Energy Act of 2005
  • Optimal Power Flow
  • Realtime Optimal Power Flow
  • Flexible Operation
  • Concepts of System Reliability

Full course brochure click here

Methodology: presentation, discussion
Prerequisites:
Target Participant:
Duration: 3 days
Language: English

RM 3.6K
Electric Safety Rule, Electric Supply Act and OSHA…
Transmission

4 Days

View Details

Overview:
The Occupational Safety and Health Act 1994 (Act 514), and Regulations 1996, The Electricity Supply Act, 1990 (Act 447) and Electricity Regulations 1994, with any subsequent amendment shall constitute certain legal provisions which MUST be complied with. All relevant technical personnel are expected to make themselves familiar with the provisions as are related to the particular work.

TNB has made the following safety rules for the protection of the Employees to govern the working and control of electricity supply throughout TNB's installations and to ensure the safety of all who may work on TNB's installations.

It is the duty of all Persons who may be concerned with the operation of and work on, the system and apparatus to make themselves thoroughly conversant with the Statutory Requirements (Electricity Act and OSHA) and Electrical Safety Rules governing any work they may have to undertake on the system and apparatus.
Objective:

After attending this training program, participants will be able to:

  • familiarise with the Electrical safety Rule for transmission
  • apply the safety rules in a daily operation
  • resolve any problems that may be experienced in implementing the Safety Rules
  • practice the "electrical clearance" and the terms associated with it
  • practice the safety requirements for ma intake substation, overhead lines and underground cables
  • familiarise with the Electricity Act  and Regulation
  • familiarise with the OSHA



for any enquiries please contact:

1. NAME: AHMAD MAHMOOD
     Email: ahmadm@tnb.com.my

2. NAME: MOHD SALIM NGADINO
     Email: salimn@tnb.com.my
 



Target Participant: Engineers, Technicians
Duration: 4 Days
Language:

RM 3.6K
Electrical Regulation Act
Transmission

4 Days

View Details

Overview:
The course is designed to expose and explain the participants about electrical regulation act in transmission. This course will cover general regulation, definition, high voltage apparatus working guidelines and low voltage working directive.

The training format is in theory, case study, scenario based question, safety video understanding will be using in this class. This will increase their confidence level.
Objective:

After attending this course participant will be able to:

1. Explain about Electrical Regulation Act TNB using in Transmission
2. State the definition and  source that make the job risk to accident
3. Explain the action to risk control


for any enquiries please contact:

1. NAME: JIMMY FAM DENG FONG
   Email: famdf@tnb.com.my



Target Participant: Technicians, Engineers
Duration: 4 Days
Language:

RM 3.6K
Electricity Markets
Transmission

5 days

View Details

Overview:
The market mechanisms introduced a new discipline to be used by power systems professionals.  This course explores the market economics and the associated exposure that can be mitigated with the financial instruments.  The course provides a good understanding of the market structures, the power and energy exchanges and the hedging instruments that become part of the engineering tool box. Special attention is given to the identification of risk exposure and mitigation of risk.


Registration Form

*Price excluding GST
Objective:
What will you learn?

  • Risk management
  • Market Economics
  • Elements of risks
  • Concept of derivatives
  • Option valuation
  • Quantitative Financial Models
  • Volatility
  • Market Economices
  • Financial Transmission Rights
  • Strategic Planning

Full course brochure click here

Methodology: presentation, demonstration
Prerequisites:
Target Participant: Practitioners trading power, managers, engineers, academia, graduates students
Duration: 5 days
Language: English

RM 3.6K
Emergency Restoration System (ERS) - KEMA…
Transmission

5 Days

View Details

Overview:

Transmission line emergencies do occur. Whether caused by exceptional acts of nature or by accidental or intentional acts of mankind, transmission lines are vulnerable to mechanical failure.

When critical transmission lines are lost the economic, social and political costs can be extremely high, typically exceeding millions of dollars per day. In some areas, the political consequences of prolonged disruption in the electrical power supply may far exceed the economic costs.

Whether the costs are economic or political, the world's dependence on electrical power makes a transmission Emergency Restoration System (ERS) a requirement for any transmission asset owner.

This course will cover theory & practical on installation and erection of Emergency Restoration System (ERS).


Objective:
After attending this training program, participants will be able to:

• Erect ERS KEMA tower complete with relevant accessories
• Work based on aspects of live line procedures and techniques


for any enquiries please contact:

1. NAME: AHMAD MAHMOOD
     Email: ahmadm@tnb.com.my

2. NAME: MOHD SALIM NGADINO
     Email: salimn@tnb.com.my
 
 

Target Participant: Liveline Team
Duration: 5 Days
Language:

RM 3.6K
Emergency Restoration System (ERS) - KEMA…
Transmission

5 Days

View Details

Overview:

Transmission line emergencies do occur. Whether caused by exceptional acts of nature or by accidental or intentional acts of mankind, transmission lines are vulnerable to mechanical failure.

When critical transmission lines are lost the economic, social and political costs can be extremely high, typically exceeding millions of dollars per day. In some areas, the political consequences of prolonged disruption in the electrical power supply may far exceed the economic costs.

Whether the costs are economic or political, the world's dependence on electrical power makes a transmission Emergency Restoration System (ERS) a requirement for any transmission asset owner.

This course will cover theory & practical on installation and erection of Emergency Restoration System (ERS).


Objective:
After attending this training program, participants will be able to:

• Erect ERS KEMA tower complete with relevant accessories.
• Work based on aspects of live line procedures and techniques.


for any enquiries please contact:

1. NAME: AHMAD MAHMOOD
   Email: ahmadm@tnb.com.my

2. NAME: MOHD SALIM NGADINO
   Email: salimn@tnb.com.my

Target Participant: Liveline Unit
Duration: 5 Days
Language:

RM 3.6K
First Aid and Cardiopulmonary Resucitation (CPR)
Transmission

3 Days

View Details

Overview:
This is a three-day program which will impart to participants the basic knowledge as well as skills of rendering First Aid and CPR to enable them to deal with common injuries at the workplace and life-saving skills of CPR.

The training format is theory and practical, where the participants will be actively involved in the class activities. Hence, it will increase their confidence level.

“Learning by doing” is a basic principle adopted in this training. Participant will be involved in practical sessions on  how to do first aid and CPR. Participant will be taken through the vast experience of training by the trainers. The emphasis is on participants continuing participation in ensuring the ultimate success of the workshop.
Objective:
After attending this course and participant will be able to:

1. Identify first aid equipment and their usage
2. State the safety and preventions according to location
3. Do types of dressing according wound and bleeding
4. Manage of electrical shock
5. Do splints and splinting techniques for musculoskeletal injuries
6. Do Immobilizing on the head and spine
7. Do burns dressing for burns injuries
8. Do CPR techniques
9. Do lifting and dragging techniques ( basic stretcher techniques )


for any enquiries please contact:

1. NAME: JIMMY FAM DENG FONG
   Email: famdf@tnb.com.my

Target Participant: Technicians, Engineers
Duration: 3 Days
Language:

RM 3.6K
Fundamental Of Power System Protection (Non Protection)
Transmission

3 Days

View Details

Overview:
In this training program, participants will be exposed on principles of protection in power system, the operation of OCEF, CT/VT, transformer protection, communication system, SAS and RTU. Hands On also will be given on secondary injection test for the OCEF relay, pilot wire Solkor RF and current transformer.
Objective:
After attending this course the participants shall be able to:

• Explain the importance of protection in power system
• Describe the principles of protection system
• Explain the principle of Instrument Transformer (CT/VT)
• Explain the principle of Overcurrent & Earth Fault relay (OCEF)
• Explain the principle of pilot wire & transformer protection
• Explain the principle of communication, substation automation system (SAS) and remote terminal unit
• Handling secondary injection test

Target Participant: Protection & Non Protection Technician
Duration: 3 Days
Language:

RM 3.6K
Fundamental of Power system Protection for Non Protection
Transmission

3 Days

View Details

Overview:
Protection for Non-Protection course is mainly for those who are not protection background.

In this training program, participants will be exposed on principles of protection in power system, fault clearing system and its component, protection schemes, protection and control drawings, capacitor / reactor, under frequency & load shedding.
 
Objective:

After attending this course the participants shall be able to:

1. Explain the importance of protection in power system
2. Describe the principles of protection system
3. Identify various protection schemes for power system
4. State the components of power system
5. Analyse the future protection system


for any enquiries please contact:

1. NAME: AZIZUDDIN ZAKARIA
   Email: azizuddinz@tnb.com.my

2. NAME: ZALINA SAMSUDIN
   Email: ina63@tnb.com.my
 
 



Target Participant: Non-Protection Engineers
Duration: 3 Days
Language:

RM 3.6K
Fundamental of Telecommunication System
Transmission

2 Days

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Overview:
This is a 2-day instructor-led course that covers the fundamental of telecommunication system particularly on mode of communication, telecommunication transmission, signal, carrier, modulation, multiplexing and demultiplexing and network. The training format is based on theory / practical experience shared by trainer / fiber optic’s video.

Participant will be taken through the vast experience of training by the trainer. The emphasis is on participants continuing participation in ensuring the ultimate success of the workshop.
Objective:
After attending this course and participant will be able to:

1. State mode of communication correctly
2. Describe telecommunication transmission correctly
3. Explain telecommunication signal correctly
4. Explain telecommunication carrier correctly
5. Explain telecommunication modulation correctly
6. Describe Multiplexing and De-multiplexing
7. Explain telecommunication networking


for any enquiries please contact:

1. NAME: JIMMY FAM DENG FONG
   Email: famdf@tnb.com.my

Target Participant: Technicians, Engineers
Duration: 2 Days
Language:

RM 3.6K
Gantry Climbing
Transmission

3 Days

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Overview:
Working Live on Gantry is also part of the Live Substation Team Job. In this course participants will be teach on how to work at height and the technique used for climbing. They will also teach on the safety aspect working with live part and also how to do maintenance as well, especially repairing hot-spot.
Objective:
After attending this course:

• Participant will be able to follow and implement the method of climbing the gantry and perform maintenance including repairing hot-spot base on Live Working (LW) TNB Transmission correctly and safely.


for any enquiries please contact:

1. NAME: AHMAD MAHMOOD
   Email: ahmadm@tnb.com.my

2. NAME: MOHD SALIM NGADINO
   Email: salimn@tnb.com.my
 
 

Target Participant: Live Substation Unit
Duration: 3 Days
Language:

RM 3.6K
GIS - Fundamentals, Operation and Maintenance (at…
Transmission

3 Days

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Overview:
Gas-insulated high-voltage switchgear (GIS) is a compact metal encapsulated switchgear consisting of high-voltage components such as circuit-breakers and disconnectors, which can be safely operated in confined spaces. The SF6 gas is used for both arc - extinguishing and insulating medium.

Participants will also be taught on design, construction and ratings of the GIS beside operation, maintenances and else.
Objective:
After attending this course, the participant will be able to:

- Explain the design, construction and ratings of the GIS substations.
- Apply the maintenance practices involved with GIS substations and management of SF6 gas.


for any enquiries please contact:

1. NAME: AHMAD MAHMOOD
   Email: ahmadm@tnb.com.my

2. NAME: MOHD SALIM NGADINO
   Email: salimn@tnb.com.my

Target Participant: Engineers & Technicians
Duration: 3 Days
Language:

RM 3.6K
Hazard Identification and Risk Assessment / Control…
Transmission

2 Days

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Overview:
Kursus ini selama dua hari. Peserta kursus dapat memahami rintangan yang terdapat ditempat  kerja serta dapat menghindar risiko yang boleh berlaku. Kemalangan boleh berlaku jika pekerja di dapati cuai atau tidak faham risiko yang menunggu pada setiap waktu.

Peserta diberi pengajaran serta dilatih bentuk risiko yang akan dihadapi. Peserta akan di latih membuat penilaiaan risiko serta mengenal pasti langkah langkah kawalan yang sesuai untuk menghindar kemalangan berlaku. Pencegahan adalah lebih baik dari berlaku  kemalangan.

Pembelajaran adalah berdasarkan yang digunapakai oleh TNBT.
Objective:
Di akhir kursus ini peserta dapat:

• Menyatakan definisi hazard, risiko dan bahaya
• Mengenalpasti hazard
• Membuat penilaian risiko berdasarkan matriks risiko 2 - dimensi
• Mengenalpasti Langkah Kawalan yang sesuai
• Menyediakan daftar HIRARC yang komprehensif


untuk maklumat lanjut sila hubungi:

1. NAME: AHMAD MAHMOOD
   Email: ahmadm@tnb.com.my

2. NAME: MOHD SALIM NGADINO
   Email: salimn@tnb.com.my

Target Participant: Asset Maintenance, Asset Development TT07-E13
Duration: 2 Days
Language:

Human Resource Minister - Training Provider Award 2007
Role Model Company 2013 for Electrical Training Programmes by Manpower Department (JTM)
Energy Industry Award: Training Institution Excellence 2011

TNB Integrated Learning Solution Sdn Bhd - ILSAS
Jalan IKRAM-UNITEN, Karung Berkunci 205,
43650 Bandar Baru Bangi, Selangor, MALAYSIA

T: (+6) 03-8922 7222 F: (+6) 03-8926 4437 E: infoilsas@tnb.com.my

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