Renewable Energy, Storage and Energy Efficiency Platform

Presentation

The ''Renewable Energies, Storage and Energy Efficiency'' Platform encompasses several design, manufacturing and device characterization facilities that meet the criteria of sustainable energy development. In addition to this intramural infrastructure, the university also has open-air laboratories including a house equipped with several types of sensors for research on energy efficiency.

Lab 01

Solar water heater

Steam turbine

Test bench for direct osmosis membranes

Photovoltaic panel test

Air conditioning unit

Thermodynamic and thermal characterization

Compression / expansion refrigeration

Absorption refrigeration

Specific heat of gases and Joule-Thomson expansion

Study of the thermal state equation and the critical point

Study of the thermal state equation and the critical point

Study of the thermal state equation and the critical point

Osmometer

Material transfer

Temperature measurement

Heat transfer by boiling

Force convection

Heat transfer

Cooling tower

Heat exchanger

Conduction in a rod (left) and Tubular exchanger

Calender heat exchanger

Calender heat exchanger

Thermal expansion of solids

Determination of the adiabatic coefficient of gases

Electrical measurement laboratory

Wimshurst electrostatic machine (electrostatic induction)

Coil magnetic field Biot and Savart law

Measurement of the dielectric constant of materials

Magnetic induction - Ferromagnetic Hysteresis

Electrical metrology equipment

Electrical circuits (RL-RC-RLC)

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