Program Objectives:

Develop the skills of engineers and technicians working in the operation and maintenance of electrical networks.

Provide participants with methods used for maintaining electrical networks, protecting them, detecting faults, and repairing them.

Familiarize participants with the safe use and maintenance of electrical equipment, avoiding electrical hazards, and providing them with technical methods for operating electrical equipment and performing measurements in this field.

Introduce the latest scientific methods for preventive and predictive maintenance procedures, standards, and measures, using modern maintenance systems and planning various programs, along with monitoring and control.

Key Program Objectives:

Fundamentals of Electrical Network Operation:

Measurement devices (types/characteristics).

Protection of electrical networks, fault identification, and repair methods.

Electrical transformers and their protection.

Electrical generators and their protection.

Electrical motors and their protection.

Methods used for maintaining transformers and generators.

Maintenance of electrical networks (models).

Early diagnosis and repair operations.

Detection of various faults in networks.

Circuit breakers (theories/different types).

Insulation inspection and compliance verification.

Overhead lines (components/equipment).

Safety requirements for the design and execution of electrical connections and grounding principles.

Grounding theory and temporary grounding installation.

Fundamentals of Electrical Maintenance:

Power system components:

Main components of power systems.

Methods to correct power factor.

Technical methods for measurement and testing in electrical maintenance.

Maintenance of electrical equipment:

- Substations and transformers.

- Switches, fuses, and circuit breakers.

- Variable-speed motors.

- Direct current motors.

Preventive Maintenance of Electrical Networks:

Steps and procedures for preventive maintenance business plan:

- Identification of planned stoppages and weekly maintenance operations.

- Identification of the necessary workforce and preparation of preventive maintenance schedules.

Scientific methods for predictive maintenance.

Standard measures linking production processes with sudden stops.

Information systems in maintenance (components/functions).

Standards for connecting the production process with sudden stops.

Diagnostic measures and defect detection standards:

- Predictive maintenance and program planning.

- Types of faults, how to face them.

- Equipment used in diagnosing machine faults.

- Different methods for testing equipment and machines and early defect detection methods.

Regulation technology in implementing maintenance and overhaul programs.

Operational control and monitoring for the measurement of work in maintenance:

- Repair and spare parts operation.

- Incentives in maintenance and how to apply them.

- Scientific and practical systems for controlling maintenance work.

- Computer use in various maintenance tasks.

- Quality assurance in electrical network operations.

- Applications, models, and case studies.

- Evaluation and conclusion of the training program.