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Course Objectives
At the end of this course, the participants will gain valuable knowledge about the main principles of energy storage, various available energy storage technologies and the issues related to implementing energy storage systems. This will enable them to understand the overview and needs for a safe, effective and efficient energy storage system.

Course Outcomes​

Upon completion of this course the participant will be able to:

​

  • Understand the problems brought about by the energy transition on the grid.

  • Understand the reasons and needs for an energy storage system.

  • Understand the various technologies and components in an energy storage system, and the limitations associated with them.

  • Understand the safety issues related to energy storage systems.

Who Should Attend

​​​

  • Asset managers, operations & maintenance engineers, electrical engineers, aspiring energy storage technology enthusiasts.

  • Organizations: Utility companies (generation, transmission, and distribution network owners, water utility companies, oil and gas industry companies), manufacturers, government bodies (i.e. Suruhanjaya Tenaga, DOSH, Bomba).

Pre-requisites​

  • ​​Degree in Engineering

​

Methodology​​

  • This training is delivered in-person in a classroom environment. The two-day session involves a mix of lectures (70%), case studies sharing (20%) and interactive activities (10%).

  • Role playing

  • Quiz

  • Examination

​

Tools, Equipment, Materials​​

  • Various online apps – cluedo, menti, slido.

  • Sologic Causelink ®RCA sandbox software (*possible use)

Day 1 â€‹â€‹

  • Energy storage overview

  • Grid Network and Electricity Market Requirements

  • Grid Connected Applications - Case Study I

  • Energy storage technologies - Case Study II , III , IV, Quiz  / Q&A session

  • BESS trends and development

​

Day 2​​

  • BESS Planning and Construction - Quiz  / Q&A session

  • What is in the box?

  • Technical performance indicators - Case Exercise (Interactive session), Quiz  / Q&A session

  • Energy storage technology risks - Case Study V , VI , VII

  • Risk assessment and mitigation measures - Quiz  / Q&A session

  • Energy storage project risks

  • BESS decommissioning

  • Warranties and responsibilities - Case Exercise  (Interactive session)

  • Regulations and standards

  • Levelized cost of  storage - Case Exercise (Interactive session), Q&A session

Hello

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Tidak ada Buku Teks
Hanya Pengalaman

109850

53

MITRA

PESERTA

23

3642

UNIK
KLIEN

2025

34

319

KONFERENSI

KAMI DISINI UNTUK TINGGAL

INDUSTRI

KURSUS

PELATIH

IK Academy has received the Best Training Provider Award by Malaysia's Ministry of Human Resources

Penghargaan yang kami ambil di sepanjang jalan. . .

Penghargaan yang kami ambil di sepanjang jalan. . .

PSMB Awards
5 Start HRDF Awards
SME 100 Awards
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Who should Attend
 

  • Project

  • Executives/Leaders/Analysts/Managers/Directors

  • GM

  • Engineers

  • Architects

  • IT Professionals

  • Contractors

  • QS

  • Consultants

  • Scientists

  • Product Managers

  • Program Managers

  • Event Organisers

  • Business Execs and any person involved in managing any type of project in any industry

    *Soft copy material will be provided before/during the course. E-certificate will be awarded after completion of the online course*

Training Module
 

Fundamental & Applied Project Management
(Day 1 - 2)

Module 1: Introduction & Key Concepts

​Module 2: Project Initiation

Module 3: Project Planning

Module 4: Project Execution

Module 5: Project Control

Module 6: Project Closing

Module 7: Summary

- Demonstration of Microsoft Project Software

- Group Discussion / Exercise/ Assessment / Case Studies/ Role Plays

 

Applied Project Management
(Day 3 - Practical Day)

Module 8: Basic Microsoft Project 2013 Software Practice 

Hello

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Course Overview

​

Where traditional maintenance management programs rely on routine servicing of all machinery and fast response to unexpected failures, a predictive maintenance program schedules specific maintenance tasks as they are actually preventing and extending equipment life usefulness.
 

To understand a predictive maintenance management program, traditional management techniques should first be considered in order to understand machine failures

When a machine breaks down, fix it. The “If it ain’t broke, don’t fix it” method of maintaining plant machinery has been a major part of plant maintenance operations.

Course Objectives

​

  • To provide the insight of why equipment breakdown

  • To understand the real objective of maintenance

  • Define why equipment deteriorate

  • How to use the time base schedule maintenance

  • How to use the condition base predictive maintenance

  • Strategize for zero unplanned equipment failures​

Course Benefits
​

  • Participant will be exposed how to approach the zero-breakdown strategy

  • Gained proper strategy to achieve zero failure

  • Increase the productive, reduce the breakdown

Who Should Attend
​

  • Quality Assurance, Quality Control, Production, Process,

  • Managers, Executives, Engineers

  • Supervisors, Technicians and anyone who would like to improve their knowledge in Maintenance.
     

Also, for those who are in operations would like to acquire an understanding of how the quality of the maintenance activities affects their equipment functions if wrong type of elements used.

 

Course Content
​

​Module 1: Objectives of Equipment Maintenance
Module 2: Types of Maintenance Strategies
Module 3: Maintain Basic Equipment Condition
Module 4: Systematic Preventive Maintenance
Module 5: Step by Step Implementing Schedule Maintenance
Module 6: Predictive Maintenance
Module 7: Predictive Maintenance Technique
 

Hello

Glad to hear from you! Please help us to fill up the form below, brochure with complete details will share to you at soonest. Have a great day ahead!

Thanks for submitting!

Course Overview

​

Where traditional maintenance management programs rely on routine servicing of all machinery and fast response to unexpected failures, a predictive maintenance program schedules specific maintenance tasks as they are actually preventing and extending equipment life usefulness.
 

To understand a predictive maintenance management program, traditional management techniques should first be considered in order to understand machine failures

When a machine breaks down, fix it. The “If it ain’t broke, don’t fix it” method of maintaining plant machinery has been a major part of plant maintenance operations.

Course Objectives

​

  • To provide the insight of why equipment breakdown

  • To understand the real objective of maintenance

  • Define why equipment deteriorate

  • How to use the time base schedule maintenance

  • How to use the condition base predictive maintenance

  • Strategize for zero unplanned equipment failures​

Course Benefits
​

  • Participant will be exposed how to approach the zero-breakdown strategy

  • Gained proper strategy to achieve zero failure

  • Increase the productive, reduce the breakdown

Who Should Attend
​

  • Quality Assurance, Quality Control, Production, Process,

  • Managers, Executives, Engineers

  • Supervisors, Technicians and anyone who would like to improve their knowledge in Maintenance.
     

Also, for those who are in operations would like to acquire an understanding of how the quality of the maintenance activities affects their equipment functions if wrong type of elements used.

 

Course Content
​

​Module 1: Objectives of Equipment Maintenance
Module 2: Types of Maintenance Strategies
Module 3: Maintain Basic Equipment Condition
Module 4: Systematic Preventive Maintenance
Module 5: Step by Step Implementing Schedule Maintenance
Module 6: Predictive Maintenance
Module 7: Predictive Maintenance Technique
 

Hello

Glad to hear from you! Please help us to fill up the form below, brochure with complete details will share to you at soonest. Have a great day ahead!

Thanks for submitting!

Course Overview

​

Where traditional maintenance management programs rely on routine servicing of all machinery and fast response to unexpected failures, a predictive maintenance program schedules specific maintenance tasks as they are actually preventing and extending equipment life usefulness.
 

To understand a predictive maintenance management program, traditional management techniques should first be considered in order to understand machine failures

When a machine breaks down, fix it. The “If it ain’t broke, don’t fix it” method of maintaining plant machinery has been a major part of plant maintenance operations.

Course Objectives

​

  • To provide the insight of why equipment breakdown

  • To understand the real objective of maintenance

  • Define why equipment deteriorate

  • How to use the time base schedule maintenance

  • How to use the condition base predictive maintenance

  • Strategize for zero unplanned equipment failures​

Course Benefits
​

  • Participant will be exposed how to approach the zero-breakdown strategy

  • Gained proper strategy to achieve zero failure

  • Increase the productive, reduce the breakdown

Who Should Attend
​

  • Quality Assurance, Quality Control, Production, Process,

  • Managers, Executives, Engineers

  • Supervisors, Technicians and anyone who would like to improve their knowledge in Maintenance.
     

Also, for those who are in operations would like to acquire an understanding of how the quality of the maintenance activities affects their equipment functions if wrong type of elements used.

 

Course Content
​

​Module 1: Objectives of Equipment Maintenance
Module 2: Types of Maintenance Strategies
Module 3: Maintain Basic Equipment Condition
Module 4: Systematic Preventive Maintenance
Module 5: Step by Step Implementing Schedule Maintenance
Module 6: Predictive Maintenance
Module 7: Predictive Maintenance Technique
 

Hello

Glad to hear from you! Please help us to fill up the form below, brochure with complete details will share to you at soonest. Have a great day ahead!

Thanks for submitting!

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