Advanced Electrical Maintenance and Troubleshooting

Management and Protection of the Energy System for Main Security, Reliability and Efficiency

OVERVIEW

This course provides valuable information for anyone wishing to learn and understand the role of electrical maintenance standards, programs, and procedures in the optimal maintenance of electrical power systems. The importance of planning, scheduling, and
implementing electrical maintenance practices will be emphasized. This course also addresses the safety considerations involved in electrical maintenance procedures for all components of any electrical system. It will be an interactive forum where the instructor will lead the discussion among students to maximize the educational experience.

This course provides invaluable information for anyone wishing to learn and understand the role of electrical maintenance standards, programs, and procedures for the optimal maintenance of electrical power systems. The importance of planning, scheduling, and
implementing electrical maintenance practices will be emphasized. This course also addresses safety considerations involved in electrical maintenance procedures for all components of any electrical system. This will be an interactive forum where the instructor will lead the discussion among students to maximize the educational experience.

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Classroom

3 - 5 August 2026

8:30 AM - 4:30 PM

Luanda, Angola

Portuguese

  • Enhance knowledge of modern preventive and predictive electrical maintenance techniques to effectively optimize performance and extend the life cycle of electrical equipment and systems
  • Learn to plan and implement energized maintenance tasks, such as infrared scanning, ultrasound, and vibration analysis, for effective condition monitoring and early fault detection
  • Ensure high safety awareness in all maintenance practices and develop a strong safety culture with reliable emergency protocols
  • Diagnose problems, optimize, and protect ALL essential equipment and electrical systems, such as generators, motors, control circuits, transformers, PLCs, etc.
  • Improve important management skills to motivate craftsmen and technicians to execute work orders accurately and productively
  • Acquire practical knowledge and application techniques to safely handle high-voltage electrical systems and components
  • Obtain valuable advice through interactive discussions on renewable or alternative energy sources and hybrid energy solutions

This course is essential for electrical engineers, electrical maintenance professionals, plant electricians, electrical contractors, energy specialists, maintenance managers, consultants and technologists responsible for the design, construction, installation, inspection, operation or maintenance of electrical systems, electrical technicians, inspectors, safety professionals and other employees responsible for the operation and maintenance of electrical systems in commercial, industrial, institutional or public service environments.

  • Maintenance Managers
  • Electrical Maintenance Managers
  • Engineering Managers
  • Electrical Engineering Managers
  • Facilities Managers
  • Electrical and Instrumentation (E&I) Engineers
  • Electrical Engineers
  • Electronics and Automation Engineers
  • Power Plant Engineers
  • Power Systems Engineers

  • Solid 36-year professional career in maintenance management in the areas of electrical, automation, mechanical, maintenance engineering, instrumentation and process control. Director and partner of a company specializing in maintenance, electrical engineering
    and automation services, with emphasis on power systems, protection and selectivity in the industrial sector. He is Responsible for the electrical and instrumentation, working on preventive and corrective maintenance and improvements to the facilities.
  • Certified Quality Engineer (CQE) from the American Society for Quality (ASQ/USA) & Certified Plant Maintenance Manager from the Japan International Cooperation Agency (JICA).

Power System Design, Protection, And Coordination

An analysis of energy systems is an essential part of the project of electrical power systems. A load flow analysis, circuit analysis and protection coordination are necessary to verify the electrical system, including its components, are correctly specified to operate in accordance with expectations, support your expected needs and are protected against falsehoods. To protect the electrical systems of various equipment and devices, you need to have a good understanding of current circuit currents on the ground, to detect and eliminate the safety of faults on our equipment. A good project and coordination of electrical protection systems is vital for safety, maintenance, problem solving and efficient operation of electrical systems and modern industrial plants.

A practical masterclass of 3 days of Salvo Global work on “Projeto, Proteção e Coordenação de Sistemas de Energia” approaches all aspects of industrial energy systems and utility, including system planning, selection of equipment, specification and application, system protection, protection and conformity with the requirements of electrical standards.

At the end of the Masterclass, our participants will be able to obtain a solid understanding of the foundations of the energy systems, the project and the curto-circuit calculations that affect the requirements of the protection models and their applications; Assim as we have crucial knowledge to implement effective preventive and predictive electrical handling techniques in new and old times. The protection requirements for industrial plants, include and interact with the dealership’s energy system and are explained in detail, together with important functional specifications, as well as the testing and
coordination of protection systems. Our training will be presented with a practical approach, with relevant case studies and best industry practices. Our participants are strongly encouraged to participate and contribute in all their cases to the discussion. The participants can hope to apply the knowledge required by the workshop immediately in their organizations to resolve problems and improve their energy systems and maintenance processes.

CLASSROOM

3 - 5 August 2026

8:30 AM - 4:30 PM

Luanda, Angola

Portuguese

  •  Know your design, plan, analysis of energy systems, applications of protection devices and relay models for secure and efficient operation of systems and electrical equipment.
  • Minimize adverse impacts of power interruptions through coordination and classification of effective protection.
  • Discover the appropriate relay configurations and understand in depth the protection systems’ wiring for substations, transformers, switches/ disconnectors, power supplies, motors, generators, etc.
  • Obtain insights that are valuable for me in real cases that illustrate various techniques that are currently used and are addressed specifically by experienced system planners.
  • Solve power system protection problems that most people in
    the industry encounter and follow the recommended solutions that are most likely to be correct.
  • Hear how to apply multifunctional relays based on a microprocessor to protect various equipment and power system devices.
  • Discuss our plans and protection of energy systems
    implemented by renovated energy sources, independent energy producers, micro and intelligent electricity sources

Professionals involved in the design, selection, dimensioning, specification, installation, testing, operation and maintenance of energy systems:

  • Power Protection Engineering Teams
  • Project/System Integration Teams
  • General Maintenance Professionals
  • Electrical Maintenance Leaders
  • Engineering Managers
  • Automation Professionals
  • Electrical and Instrument Professionals
  • Instrumentation and Control Engineers
  • Instrumentation and Project Professionals
  • Professionals in the Power Area
  • Energy and Utility Professionals
  • Professionals in the Installation Area
  • Engineers and Project Managers
  • Technical Consultants / Consulting Engineers
  • Operations Leaders
  • Field Engineers
  • Supervisory Control and Data Acquisition (SCADA) Teams
  • Information/Control System
  • Electronics

  • Solid 36-year professional career in maintenance management in the areas of electrical, automation, mechanical, maintenance engineering, instrumentation and process control. Director and partner of a company specializing in maintenance, electrical engineering
    and automation services, with emphasis on power systems, protection and selectivity in the industrial sector. He is Responsible for the electrical and instrumentation, working on preventive and corrective maintenance and improvements to the facilities.
  • Certified Quality Engineer (CQE) from the American Society for Quality (ASQ/USA) & Certified Plant Maintenance Manager from the Japan International Cooperation Agency (JICA).
Executive Certificate
Electronic Package of Lectures
Available to Trainer’s Consultation
Real-World Cases
Networking Opportunities

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