2A Opening Week (January 17-21, 2022)
Theme: Study of microgrids integrating photovoltaics and storage from experimental platforms Theme proposed by Prof Ilhem SLAMA BELKHODJA and led by the QehnA research team of the Laboratory of Electrical Systems (LSE) of ENIT.
#microgrids #engineering #students
It was a real challenge to introduce microgrids integrating photovoltaic and storage to engineering students from different specialties : Electrical, Mechanical and Industrial Engineering, during the Opening Week (January 17-21, 2022) organized at Ecole Nationale d’Ingénieurs de Tunis for 2d year students.
The concepts of individual and collective self-consumption were discussed with experiments on the Pla-NETE and SMARTNESS platforms and their data analysis.
The workshop was animated by the QehnA research team of the Electrical Systems Laboratory (LSE) of ENIT.
17th January 2022, Master Defense ERASMUS MUNDUS Master DENSYS (Decentralised smart ENergy SYStems) related to Microgrid and the management of energy in decentralized energy systems and including the design of energy networks, demand-side management and optimization.
The master challenge, which started in February 2021, assesses the performance and techno-economic viability of a Micro-Grid pilot (SMARTNESS- Smart Micro-grid plAtfoRm wiTh aN Energy management SyStem) implemented in QehnA Laboratory at ENIT as a demonstration action of the Med-EcoSuRe project.
This challenge was proposed and supervised in collaboration with QehnA research Group, Mediterranean Renewable Energy Centre (MEDREC) , partners of Med-EcoSuRe and Gamco Energy and Lightency
Contact: Ilhem SLAMA-BELKHODJA & Afef BENNANI BEN ABDELGHANI
17 Janvier 2022, Participation au Projet “PV-based Smart Irrigation System for Olive Field in Mediterranean context” dans le cadre du Master Erasmus Mundus DENSYS (Decentralised smart ENergy SYStems) , dans lequel, l’Université de Carthage et l’Université Tunis el Manar sont partenaires.
Le projet vise à étudier la faisabilité d’une solution complète d’agriculture intelligente pour les oliviers plantés sur le campus INSAT en utilisant des sous-systèmes technologiques modernes basés sur les Energies renouvelables, une plateforme de monitoring mettant en œuvre l’IoT, etc.. L’objectif est d’augmenter la production quantitative et qualitative de ces arbres aujourd’hui irrigués exclusivement pendant les périodes pluvieuses.
Contact: Afef BENNANI BEN ABDELGHANI & Ilhem SLAMA-BELKHODJA
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Congratulations for the 2 new accepted projects, funded by the PEJC 2020 program
Project title: Design and advanced control of a High Power Density PhotoVoltaic generation system (PV-HD)
Leader: Mohamed Wissem NAOUAR
Project title: Electric Car Charger: from proTOtyPe to integration in a smart microgrid (VE-TOP)
Person in charge: Jihen ARBI-ZIANI
ENIT/STEG/EY meeting-2021, 11 June
Welcome by Mr. Kamel Ben Saad, Director of ENIT and discussion around the framework of potential STEG/ENIT collaborations
Discussion on potential partnerships between STEG/Qehna and visit to the MicroGrid Platform
OPAL RT Trainig – 2021 , 10 June
The session concerned the programming according to the Hardware-in-the-Loop (HIL) concept of a power converter simulated with the PSIM software and using the RTLAb eHS module
Getting Started with Battery emulator- 2021, 3 June
With the help of Samir Fakhfakh , from Tunisie Test & Mesures company
M.BOUROGAOUI “A novel technique for online resonance frequencies monitoring based on wavelet transform for grid-connected solar inverters”, Electric Power Systems Research, Accepted 02 Jun 2021.
It was an honour to us to welcome for a visit to our new QehnA Laboratory, at the National School of Engineers of Tunis (ENIT), His Excellency the Ambassador of Japan in Tunisia, with the President of the University of Tunis El Manar and the Director of ENIT
Thesis defence of Ms Manelle HASNAOUI-MILADI on 26 May 2021
Visit of INSAT IEEE SB students with Mrs. Afef BENNANI-BEN ABDELGHANI
The PV modules of our Platforms, SMARTNESS, Pla-NeTE and others, on the roof of QehnA room, at ENIT #PV modules #Microgrids
