Générateurs photovoltaïquesEnergies Renouvelables (ERE)
Photovoltaic Generators
Séquencement
Learning objectives
Know: • The operating principles of generators. • The different technologies available • Areas of application. • Tools for dimensioning an installation. • Ways to assess the performance of a facility. • Applicable standards and regulations. • Self-consumption and collective self-consumption • Innovations (e.g. hybrid photovoltaic panels...) Master: • The dimensioning of an installation • The advantages and disadvantages associated with the use of photovoltaic generators in order to argue its application, alone or in conjunction with another energy system, on one: Project nine Integration into existing
Prerequisites
| Module | Teaching unit | Semester |
|---|---|---|
| Electricity - Electrotechnics | Applied Sciences | S6 |
| Energy Storage | Materials and Energy Performance | S9 |
| Thermal Solar Energy | Renewable Energies | S10 |
| Methanation | Renewable Energies | S10 |
Program
Solar photovoltaic energy. • Production of photovoltaic electricity. The photovoltaic effect. The operation of a PV cell The various technologies of photovoltaic cells and modules. Characterization of a photovoltaic module. • The various photovoltaic installations. PV installations connected to the network. PV facilities in isolated site. Solar consumption Financial incentives Operation and maintenance of photovoltaic plants • Practical work: Installation dimensioning with the tools of the trade Visite des installations photovoltaïques de Marmagne (à valider)
Assessment
Table control (Duration 1h)
Skills
1| Ref. | Verb | Description | Level |
|---|---|---|---|
| C7 | implement | Design, operate and maintain energy systems | 3 |