Wedemic

Electrical Equipment Maintenance Strategies

A Smart Asset Management Approach.

0 STUDENTS ENROLLED

    In-House sessions are available upon request.

     

    Course Overview:

    Safe operational practices, asset preservation, reliability and continuity of service while minimizing the carbon footprint and environmental impact of utility, industrial, and commercial enterprise operations are among the highest priorities of owners, managers and operators throughout the world.

    Many industries are concerned with maximizing efficiency, reliability, and longevity of electrical equipments. This workshop addresses the above objectives by introducing the participants to the latest technological innovations embodied in smart grid capabilities as aids to allow successful smart asset management throughout the system. The discussion covers the basics of how equipment deteriorate, their failure modes, successful maintenance practices throughout the life cycle of electrical assets of typical industries. Commissioning, start-up, routine testing, condition monitoring, and decommissioning are all stages of smart asset management. The impact of smart grid implementation will be emphasized through working case studies. Transformers, cables, switchgear, are among the equipments treated.

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    What You Will Learn:

    • LEARN the role of smart grid in enhanced asset management
    • APPRECIATE how equipment deteriorate and fail during their life cycle
    • SELECT the most appropriate testing maintenance regime for your equipment
    • USE diagnostic testing
    • INSPECT equipment with an awareness of common failure modes
    • INCREASE availability of your equipment by appropriate commissioning
    • MAXIMISE efficiency, reliability, and longevity
    • TROUBLESHOOT non-performing equipment
    • IMPLEMENT safe testing and inspection program

     

    Who Should Attend:

    Electrical, mechanical and process engineers, consulting engineers, electrical, mechanical, and process technical support staff, technologists, project engineers, power plant managers, maintenance and operations engineers, marine inspectors, computer technologists, procurement managers, technical sales managers, senior electricians.

    In addition, this program is vital for asset managers and decision makers

    LESS

    Course Curriculum

    Day 1:
    Smart Grid 00:40:00
    Asset Management 00:40:00
    Maintenance Methods 00:40:00
    Electrical Power Basics 00:40:00
    Electrical Environment and Equipment Health 00:40:00
    Electrical Equipment Degradation and Failure Mechanisms 00:40:00
    Review of Dielectric Theory and Practice 00:40:00
    Economics of Asset Management 00:40:00
    Smart Asset Management (SAM) 00:40:00
    Day 2:
    Planning an EPM Program 00:40:00
    Overview of Testing and Test Methods 00:40:00
    Insulation DC Voltage Testing 00:40:00
    Direct-Current Voltage Testing of Electrical Equipment 00:40:00
    Evaluation of Test Data Readings 00:40:00
    Power and Dissipation Factor Testing 00:40:00
    Insulating Oils, Fluids, and Gases 00:40:00
    Transformers 00:40:00
    Cables and Accessories 00:40:00
    Day 3:
    Medium-Voltage Switchgear and Circuit Breakers (CB) 00:36:00
    LV Switchgear and CB 00:36:00
    Uninterruptible Power Supply Commissioning and Testing 00:36:00
    Infrared Inspection of Electrical Equipment 00:36:00
    Testing and Commissioning of Protective Relays 00:36:00
    Motors and Generators 00:36:00
    Motor and VFD predictive maintenance 00:36:00
    Motor Testing 00:36:00
    Commissioning 00:36:00
    Industry Standards and Regulatory Requirements for Safety 00:36:00

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    Dr. El-Hawary is a consultant and professor of Electrical and Computer Engineering at Dalhousie University in Halifax Nova Scotia Canada. He has a a Ph.D. in Electrical Engineering, University of Alberta, Edmonton, 1972, where he was an Izaak Walton Killam Memorial Fellow from 1970 to 1972. Dr. El-Hawary’s contributions to electrical engineering research, education, and the profession cover more than forty years of sustained work in research, education and service to the community. On the research side, Dr. El-Hawary early research work focused on computational solutions for economic operation of power systems including hydro-thermal systems. His fundamental work on economic operation of power systems, the application of computational intelligence techniques to power system operational problems is frequently referred to by the users community, and is documented in ten textbooks and research monographs and more than 300 research articles. More recently, he contributed to the solution of optimization problems and power quality issues and standards in electric power distribution systems. He taught many professional development offerings as well as Distinguished lectures in many parts of the world.
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