Module
REA
REA (Electrical Risk in Wind Turbines)
Electrical Risk in Wind Turbines
Riesgo Eléctrico en Aerogeneradores
REA (6 h)
Aim: To provide the basic knowledge and skills to carry out work safely in the presence of electrical risk. At the end of the course, students will be able to work safely following the basic procedures against the risk of the presence of electricity in the work area. All this based on R.D. 614/2001, on Minimum Provisions for the protection of the health and safety of workers against Electrical Risk.
PROGRAMME: Electrical Risk in Wind Turbines
1. Introduction
1.1 Course Purposes and Objectives
1.2 Introduction to Transformer Stations and Substations
1.3 General Characteristics of Work with Electrical Risk
1.4 Regulations (Standards, Advisory Norms, Accreditations)
2. General Overview and Electrical Risk
2.1. Electrical Quantities (Voltage, Current, Resistance, and Power)
2.1.1 De-energized Work
2.1.2 Work Without Current
2.1.3 Work in Proximity to Voltage
2.1.4 Operations, Measurements, Testing, and Verification
2.2 General Preventive Measures
2.3 Factors Influencing the Electrical Effect
2.4. The 5 Golden Rules in Electrical Work
2.5 Selection and Use of Appropriate PPE against Electrical Hazards
3. Lockout and Tagout (LOTO) Procedures
3.1 Lockout and Tagout Procedures
3.2 Lockout and Tagout Functions
4. Electrical Installations in Wind Turbines
4.1 Parts with Electrical Risk in Wind Turbines
4.2 Terminology for Transformer Stations and Substations
4.3 Switches and Disconnectors in Medium Voltage
4.4 Medium and High Voltage Switchgear
4.5 Power Transformers
5. Operations in Transformer Stations and Substations
5.1 Terminology
5.2 Elements Involved in Operations
5.3 Devices Used for Carrying Out Operations
5.4 Electrical Diagrams
5.5 Causes of Trip Events
5.6 Logical Sequence for Opening and/or Restoring Operations in a Transformer Station (T.S.) and/or Transformer Position in a Substation
5.7 Interlocks
5.8 Basis for Studying the Execution of Operations in a Transformer Station
5.9 Lockout and Tagout (LOTO) Procedures
6. Electrical Accidents
6.1 General Aspects of Accidents Involving Electricity
6.2 Types of Electrical Accidents (Fires, Explosions, and Electrocutions)
6.3 Electrocutions and Electric Shocks
6.4 Injuries Caused by Electric Current in the Human Body
6.5 Safety Devices (Miniature Circuit Breakers, Residual Current Devices, and Grounding)
6.6 Personal and Collective Safety Equipment (Use of Voltage Detectors and Insulating Poles)
7. Evaluation
7.1 Conclusions and Theoretical Exam
8. Evaluation
9. Training Records
Module REA
Electrical Risk in Wind Turbines
Duration:6 h (1 day)
Programme REA:Sections 1 to 9
Max. students:12 people per Edition
Prerequisites:None
Certificate Validity: 3 years
Headquarter
PREMIUM
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