The proposed work takes place within the framework of a national collaborative project (partnership
NALDEO, LOCIE, CESBIO, INRAE) which aims to:
- clarify the mechanisms driving the creation of the microclimate sought in agrivoltaic projects,
in the various compartments (soil, atmosphere, radiation, solar modules) and to integrate
them into the Solene-microclimate model;
- design a simplified modeling approach, hereafter referred to as a design model to represent
thermal and hydric conditions under a range of climatic, agronomic conditions, and for a
variety of technologies;
- compare models (design and knowledge) with in-situ measurements.
The work of the post-doctoral fellow will consist of:
- prioritize the transfers to be taken into account and identify the best methods for representing
them,
- integrate (in collaboration with LOCIE and CESBIO) the representation of solar modules,
- improve water transfer in soils,
- improve vegetation representation (in collaboration with CESBIO).
These improvements can be achieved either by coupling with other models or by enriching the
model. The model will have to be compared with experimental data and the results published.
Application
Contact: marjorie.musy@cerema.fr and auline.rodler@cerema.fr
Profile required:
Doctorate in civil engineering or environmental sciences, with a good knowledge of urban
microclimatology or urban microclimatology or heat transfer. Programming is essential.
Send :
- Curriculum vitae
- Proof of identity
- Proof of diploma
- Letter of recommendation from supervisor and referees' report
RODLER Auline