Le droit à l'information et le droit d'accès à l'information sont des droits fondamentaux de l’individu et de la collectivité, garanti par l’Art. 32 de La constitution.
L’information publique comprend l’ensemble des données exprimées (sous toutes les formes existantes), qui sont publiquement accessibles conformément à la loi en vigueur.
En règle générale, la politique du droit d'accès à l'information est favorable à une diffusion maximale des informations et un accès accru par le public ; elle prévoit néanmoins les procédures à suivre et certaines restrictions pour les informations relevant de la liste des exceptions conformément à la loi en vigueur.
Les textes juridiques, règlementaires et explicatifs régissant l’accès à l’information
Strengthening research capacity in Tunisia in the field of polymer electrolyte fuel cells (PEMFC) and in the field of hydrogen.
Tests and tests of new proton exchange membranes on the pilot station carried out at CRTEn
Didactic tool for engineering students
Tests and tests on the hybrid pilot plant for water desalination and electricity generation: acquisition of real experience with this new system concept
Sizing of a desalination plant operating at ER
Testing and control of converters and inverters
Storage of energy
Cost optimization through high-performance automation, necessary for adapting working conditions to the variation of electrical energy supplied by renewable energy systems (solar and wind), and remote maintenance
Watch and Communication
Marketing Research Results (RR) and Services of CRTEn
Detection of innovative projects
Accompaniment, guidance and advice to innovative project promoters (financing, assembly of projects, ...)
Partnerships with the socio-economic environment at national, European and international level
Organization and co-organization of national and international workshops, seminars and conferences
Promotion of quality and implementation of a quality management system according to ISO 17025
Strengthening quality infrastructure for solar energy
Study of fluxes at the boundary layer using the large wind tunnel of the CRTEn (4 m long and a cross-sectional area of 1 m2.) Since 2010, it has a PIV (particle image velocimetry). The result is checked using probes that have been externally calibrated in order to exclude possible interference and is considered suitable for the calibration of the anemometers in Compliance with the required limits
Under today's conditions, and now more than ever, CRTEn requires the construction of a technological platform where the large CRTEn equipment acquired on the Japanese credit will be housed. The platform will include testing and testing laboratories, laboratories with major technological resources, and possibly an incubator. It can bridge the wide gap between public research and private sector demands. In this way, the CRTEn will be called to innovate and give new directions to research in the field of renewable energies, while creating synergy with the major national sectors (STEG, ANME, etc.) and international sector. The role dedicated to this technological platform will enable the CRTEn to remain attentive to companies working in the different sectors in the energy field and to represent an important and unique national support for postgraduate training and innovative industrial development in An evolving multidisciplinary field (particularly renewable energies). The technological platform will partially solve the problem of heavy equipment, it will be a bridge with our future partners and the Office of Technology Transfer (BuTT). This platform will in particular:
Advice and technology watch, this is the part of our activities towards the companies. To make available to the heads of companies and managers of research or production offices tools enabling them to solve their problems or refer them to competent structures. However, we remain committed to the "general interest" mission of the platform, which is expressed through the awareness of companies and the general public, the strengthening of companies' skills or simply the accompaniment of innovative projects.
Propose product or process development projects at BuTT and then propose these technologies to companies.
Technical services invoiced to companies and academic institutions outside the technopole: design, analysis, product or process development, prototyping, characterization, testing and measurement. The platform will rely on technicians and engineers from different laboratories, to take advantage of their advanced skills according to the subjects.
Training of professionals: it is one of our strengths to be able to offer "tailor-made" training to companies wishing to train their personnel in renewable energy technologies. The training provided can be integrated into the company's training plan and be financed by the collecting bodies.
Develop, exploit and value the new competitive technologies of solar energy (thermal and photovoltaic), wind energy and other forms of clean energy.
Creating a synergy favorable to the attraction of foreign investors and their implantation on the technopole through a quality research and development.
Play an important role in post-graduate training, working with higher institutions and engineering schools operating in areas related to renewable energies in general.
Furthermore, we believe that this platform will be a focal point for the transfer of knowledge and technology and the creation of strong synergy and lasting collaboration with internal and external laboratories as well as with the socio-economic world .
Example of pilot actions at the platform level:
Tests and quality performance tests (durability and reliability) for sensors and solar thermal systems, compared to national and European standards respectively (-> standardization, control).
Testing and performance testing of PV modules of different technologies.
The services rendered by the CRTEn at the laboratory level
Expertise in the field of semiconductors useful for PV conversion of solar energy.
Expertise in PV cell technologies based on crystalline silicon
Support for the development of an industry of manufacture of crystalline silicon PV cells and panels on pilot scale.
Expertise in the development and dimensioning of PV systems applied to lighting, pumping and water treatment.
Study and development of prototypes of fuel cells of the PEMFC and SOFC types.
Study and development of pollution sensors and photonic devices.
Development of new inorganic nanocomposites for PV conversion and solar photocatalysis.
Development of organic nanocomposites applied to photovoltaics, fuel cells and energy storage.
Sizing and optimization of PV systems for pumping, lighting applications ...
Development of high efficiency electronic converters for a photovoltaic chain.
Sizing and optimization of hybrid systems.
Development of a system for acquisition, control and management of solar greenhouses.
Design and development of stand-alone greenhouses equipped with a solar thermal energy recuperator.
Valorisation of agri-food products by new processes of dehydration.
Development of Energy Storage and Recovery Tools in Phase Change Materials (MCPs): use to improve the performance of air conditioning systems.
Development of hybrid systems consisting of an absorption heat pump operating with solar thermal energy and gas.
Optimization of thermal processes of air conditioning by solar thermal energy.
Expertise in the field of solar air conditioning; Helping the industrial sector to introduce this promising large-scale technology into the Tunisian industry (increasing demands on the part of industrialists and especially of hotel companies).
Adaptation of energy technologies and processes to local conditions.
Expertise in the modifications to be made to the Tunisian habitat concerning the insulation of the buildings, the beneficial use of the passive solar contributions in winter, the decrease of the solar contributions in summer.
Realization of a system integrating a heat pump and a buried exchanger in a building.
Realization of systems for acquisition and control and management of the microclimate.
Theoretical study and optimization of solar power plants.
Preliminary prototypes instrumented with concentration sensors.
Theoretical tools, study and optimization of concentration sensors (CSP).
Expertise in the production of biogas for the production of electricity.
Valorisation of solid waste by thermochemical process.
Production of biofuels from waste oils and fats.
Conception, realization and experimentation of small wind turbine.
Study, design and realization of wind accelerators.
Aerodynamic study of large-scale wind turbine systems.