Course description
Master the components of a solar photovoltaic installation and the sizing methods for the different types of installation.
Course content
1. INTRODUCTION
1.1. Preliminary considerations on energy in Spain
1.2. Evolution of net electricity consumption and capacity in Spain
1.3. Electricity sold under the special regime in Spain
1.4. Evolution of Spain's CO2-equivalent emissions
1.5. Renewable Energy Plan (PER) targets by technology
2. SOLAR RADIATION
2.1. The nature of solar radiation: definitions and units
2.2. Photovoltaic effects
2.3. Calculating irradiation on an arbitrarily oriented surface
3. THE PHOTOVOLTAIC MODULE – THE PHOTOVOLTAIC GENERATOR. THEORY
3.1. PV module
3.2. PV generator
3.3. Minimum distance between rows of modules
4. INSTALLATION
4.1. Architectural integration
5. COMMISSIONING A PHOTOVOLTAIC SYSTEM. GENERATOR MEASUREMENTS
5.1. Measuring operating conditions
5.2. Measurement conditions and equipment required
5.3. Measuring current, voltage and power
6. GRID-CONNECTED PHOTOVOLTAIC SYSTEMS
6.1. Regulatory and technical framework
6.2. Diagrams
6.3. Calculating annual energy generation
7. DESIGNING GRID-CONNECTED PHOTOVOLTAIC SYSTEMS. INSTALLATION PROJECT
7.1. Initial assumptions
7.2. Initial sizing
7.3. Design
7.4. Grid-connected installation
8. MAINTENANCE. MONITORING PLAN.
8.1. User
8.2. Company staff
8.3. Preventive maintenance plan
9. COSTS
9.1. Budget
1.1. Preliminary considerations on energy in Spain
1.2. Evolution of net electricity consumption and capacity in Spain
1.3. Electricity sold under the special regime in Spain
1.4. Evolution of Spain's CO2-equivalent emissions
1.5. Renewable Energy Plan (PER) targets by technology
2. SOLAR RADIATION
2.1. The nature of solar radiation: definitions and units
2.2. Photovoltaic effects
2.3. Calculating irradiation on an arbitrarily oriented surface
3. THE PHOTOVOLTAIC MODULE – THE PHOTOVOLTAIC GENERATOR. THEORY
3.1. PV module
3.2. PV generator
3.3. Minimum distance between rows of modules
4. INSTALLATION
4.1. Architectural integration
5. COMMISSIONING A PHOTOVOLTAIC SYSTEM. GENERATOR MEASUREMENTS
5.1. Measuring operating conditions
5.2. Measurement conditions and equipment required
5.3. Measuring current, voltage and power
6. GRID-CONNECTED PHOTOVOLTAIC SYSTEMS
6.1. Regulatory and technical framework
6.2. Diagrams
6.3. Calculating annual energy generation
7. DESIGNING GRID-CONNECTED PHOTOVOLTAIC SYSTEMS. INSTALLATION PROJECT
7.1. Initial assumptions
7.2. Initial sizing
7.3. Design
7.4. Grid-connected installation
8. MAINTENANCE. MONITORING PLAN.
8.1. User
8.2. Company staff
8.3. Preventive maintenance plan
9. COSTS
9.1. Budget