Goals

Understand and evaluate the potential of solar energy from source to operation

Programme

Introduction. notions of light matter interactions Solar irradiation: detection of the sun, irradiance & irradiation of a sensor (in connection with BE) Solar thermal plan (principles, yield calculation, outlook)/concentrated (examples) Photovoltaic: semiconductor bases, PN junction with and without illumination, performance limits, main filières, multijunctions. Photovoltaic module, integration into the grid. Place of solar in the mix.

Sustainable development

Level 2: A substantial part of the activities is dedicated to environmentally sustainable development and social responsibility.

DD&RS level 2

A substantial part of the activities is dedicated to environmentally sustainable development and social responsibility.

Programme elements related to sustainable development goals

Lecture on the principles of solar receivers and photovoltaics modules: principles on energy production, yields, place in the energy mix.

Assessment method

Marks of BE solar irradiation (with individual report) and TP photovoltaic cell (group report at the end of the session) 2H written test

Bibliography

  • Jacques Bernard, Génie énergétique - Energie solaire, Eyrolles, 2011.0
  • M. Fisher et al, International Technology Roadmap for Photovoltaic (ITRPV), VDMA (on line, free), 2023.0
  • (Multiples), Renewables 2022, IEA (on line, free), 2023.0
Study
2h
 
Course
7h
 
TC
9h
 
PW
2h
 

Code

24_I_E_S07_A_1

Responsibles

  • Emmanuel DROUARD
  • Cécile POQUET
  • Christelle MONAT

Language

French

Keywords

Optical properties of materials, black body radiation, light-matter interaction, solar irradiance, thermal solar, thermodynamic solar, semiconductor physics, PN junction, photovoltaic cell, efficiency, silicon, tandem, multijunction, module, standard conditions, load factor, carbon balance, critical materials, life cycle.