EER

EAH team

• Project 1 :

  Study, design and construction of a linear Fresnel concentration solar system for thermal and industrial applications.



• Project 2 :

  Valorization of biomaterials for better energy efficiency in buildings and solar thermal applications.

ESSE team

• Project 1 :

  Performances and Durability of New Concepts of Multifunction Photovoltaic Modules. DGRSDT project / 172 / Socio-economic and Internal Project EPST-CDER.



• Project 2 :

  Optimization of an autonomous photovoltaic conversion chain intended to supply an isolated site with electricity and water. Internal project EPST-CDER.

SMS team

Emulation and intelligent management of the energy flow of a distributed system based on renewable energies: integration into urban environments. A project with a socio-economic impact, it aims to:

• Develop an experimental platform dedicated to the study of distributed generation and micro-networks,
• Master the intelligent management of renewable energy-based micro-grids using on-board systems,
• Develop new energy flow control strategies for distributed systems,
• Develop a SCADA-type supervision and control solution with an HMI interface for distributed systems,
• Control the distributed generation of electricity production based on renewable resources such as photovoltaic and wind power.

AEP team

• Project 1 :Intelligent energy management system in a home with a view to its integration into an intelligent micro-grid (Smart Micro-Grid).


• Project 2 : Application of Smart Grid technology for intelligent energy management in a city

FTEER

PFEST team

• Project 1 :
  

  Use of solar air conditioning techniques with liquid desiccation for housing: This project is part of the H2020 action plan of the EPST CDER, which aims to support the country in the energy transition by reducing electricity consumption. Its main objective is to realize an autonomous solar air conditioning system using the technique of liquid desiccation. The work will be focused on both an experimental and a numerical study of dehumidification systems with liquid desiccation

FCEEOR team

Hybrid Refrigeration and Air Conditioning Applied to Low Consumption Buildings (BBC).

DDESM team

• Development of a technology using solar energy for the desalination of brackish water by membrane technique and thermal process
• Water softening by membrane technique running on solar energy.
• System for desalination and production of distilled water by multi-stage solar distillation.
• Equipment for desalination and production of distilled water by greenhouse distiller with energy storage under controlled pressure
• Salinity reduction of wastewater treated by a concrete solar still.

EVER team

UDES internal project

Project manager:IGOUD Sadek

Title : Design, construction and performance evaluation of micro-treatment plants (Micro-STEP) for urban and industrial wastewater running on renewable energies.



Algerian-Tunisian project

Project manager: BENHABILES Ouassila

Title : Design and Optimization of an Eco-innovative and perfectly Profitable Process based on membrane technology for the treatment of effluents coming from a soap factory.