The ‘High-Voltage Electrical Infrastructure Maintenance Management’ course prepares you for a vital and constantly expanding sector. The demand for professionals trained in the maintenance of this infrastructure It continues to grow, driven by the energy transition and the need to ensure a secure and efficient electricity supply. Throughout the course, you will acquire key skills in infrastructure operation and management, as well as in the environmental management, health and safety at work during maintenance operations. You will also learn how to develop maintenance models and plans efficient processes that ensure quality at every stage. This online course offers you the flexibility to study from anywhere, allowing you to balance your studies with other commitments. Becoming an expert in this field will open the door to new career opportunities in a competitive and promising job market.
Maintenance Management of High-Voltage Electrical Infrastructure
Energy
50 hours
Introduction
Objectives
- Understand the principles from operation from infrastructure high-voltage power lines.
- Identify models y plans from maintenance efficient solutions for infrastructure.
- Implement strategies from environmental management in infrastructure maintenance.
- Assess risks y implement protocols from safety during maintenance operations.
- Implement practices from management from quality in infrastructure maintenance.
- Analyse y optimise processes from exploitation high-voltage infrastructure.
- Drawing up plans from maintenance which promote the sustainability y efficiency.
Table of Contents
TEACHING UNIT 1. OPERATION AND MANAGEMENT OF HIGH-VOLTAGE INFRASTRUCTURE
Introduction
Topology, structure and operation of networks in at
Algorithms in telecommunications network operation
Restrictions on the AT network
Handling of discharges
Reactive power control
Frequency-power regulation
Active networks, new technologies and flexibility in network operation
Bibliography
TEACHING UNIT 2. MODELS AND MAINTENANCE PLANS FOR HIGH-VOLTAGE INSTALLATIONS
Origins, necessity and current context of maintenance
Basic concepts of reliability, maintenance and maintainability
Reliability and lifetime distributions
FMEA as a method of qualitative reliability analysis
The fault tree as a method of quantitative reliability analysis
Basic types of maintenance
The maintenance process
Maintenance management systems
Mathematical modelling of preventive maintenance
Condition-based maintenance
Reliability-centred maintenance
Total Productive Maintenance
Bibliography
TEACHING UNIT 3. ENVIRONMENTAL MANAGEMENT IN MAINTENANCE OPERATIONS
Introduction
Interactions between electrical installations in service and the environment
Regulations and legal requirements applicable to the maintenance of electrical infrastructure.
Maintenance work.
Environmental accidents and associated risks.
Bibliography
Appendices
TEACHING UNIT 4. OCCUPATIONAL HEALTH AND SAFETY MANAGEMENT IN MAINTENANCE OPERATIONS
General information
Electrical risk
Work at height
Applicable regulations
Appendices
TEACHING UNIT 5. QUALITY MANAGEMENT IN MAINTENANCE
Quality and maintenance
The maintenance management process
The ISO 9001 international standard and maintenance management
Quality tools applicable to maintenance
The costs of quality and the costs of poor quality
Introduction to risk analysis
Bibliography
Appendices
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