France énergies Marines的动态

News from #E4C ?? Energy4Climate (E4C) Center and the Université de la Polynésie fran?aise (UPF), supported by the DTER Chair, have successfully completed an installation project known as PVCAM. The aim of this project is to explore innovative approaches to solar energy utilization, with specific objectives including: ? ?? Characterizing the performance of photovoltaic modules under real conditions ?? Quantifying environmental effects such as illumination, temperature, soiling, shading, humidity, and surrounding environment ?? Developing and applying modeling methods for photovoltaic production ?? Evaluating and modeling the bifaciality of bifacial PV panels ?? Comparing panels of the same and different technologies ?? Modeling photovoltaic production under real conditions ?? Analyzing I-V characteristic curves of PV panels based on measurement campaigns ?? Diagnosing module health over an extended period ? Executed in collaboration with Jordi Badosa, Johan Parra, Etienne Drahi, Pascal Ortega and utilizing PV panels donated by TotalEnergies Energies, PVCAM marks a significant step towards sustainable energy solutions. ? Stay tuned for updates as data from this initiative will soon be available via E4C's Datahub, contributing to ongoing research in the field of renewable energy. Institut Polytechnique de Paris, école Polytechnique ENSTA Paris, ENSAE Paris, Télécom Paris, Télécom SudParis, école des Ponts ParisTech, CNRS ?le-de-France, Gif-sur-Yvette #PV #solar #pannel #energy #transition #sustainability

?????? ?????????????? ???????????? ??????????????: ?????? ?????? ???? ???????????????????? ?????????????????? ???????????????????? Insights from Magaldi Open Day. During the event, Prof. Piero Salatino from the Università degli Studi di Napoli Federico II (UniNa) / University of Naples Federico II highlighted the transformative potential of fluidized bed technology, developed in collaboration with #Magaldi, in advancing #TES thermal #EnergyStorage for a greener future: "Thermal energy storage is going to play an increasing role in #PowerToHeat systems. Our contribution has been to demonstrate the potential of fluidized bed technology, which enables highly efficient #HeatStorage, supporting the energy transition toward decarbonization". He further stressed the importance of sustainable materials: " Fluidized beds offer several advantages for #ThermalEnergyStorage, including high thermal conductivity, a broad temperature range, and the availability of abundant materials like sand. These characteristics make them a robust and sustainable solution for storing high-quality heat, which is essential for decarbonizing industrial processes”. This breakthrough in thermal storage is paving the way for a new era of renewable energy use in industry. Learn more about Magaldi’s innovations: https://lnkd.in/ddJFQZfP

Europe is one step closer to mainstream building-integrated photovoltaics! Technology for seamlessly integrating photovoltaics into traditional building parts has so far been too expensive for wide market adoption. But this could change soon thanks to technology and processes developed under the #BIPVBOOST #H2020Energy #EU funded project. ? Read the full article here ?? https://europa.eu/!ffQVfw ?? #ResearchImpactEU European Commission EU Science, Research and Innovation EU Environment and Climate EU Funds Paloma Aba Garrote TECNALIA Research & Innovation University of Applied Sciences and Arts of Southern Switzerland Onyx Solar Energy Mondragon Assembly Group WIP Renewable Energies CSTB Eurac Research Cycleco 3E

?? The future of energy systems: FMI protocol and beyond ?? ? On 25 September 2024, the exciting session on the Functional Mock-Up Interface (FMI) protocol will take place at the joint stand of the Capital Region, Hall A1, 255. ?? ? ?? The presentation will evaluate the integration of the Functional #Mock-Up Interface (FMI) protocol into the TG 4 - Requirements for modelling and validation of simulation models of the electrical characteristics of power generating units and systems by #FGW e.V. The FMI protocol, used for importing and exporting dynamic models, aims to streamline the verification process of converter-based #PGUs and #PGSs. It includes an explanation of FMI, its benefits for TG 4, the programmes tested and the results. During this session, speakers Roberto #M?ller from the Berlin University of Applied Sciences (HTW Berlin) and Iyad #Chami from FGW e.V. will explain FMI, its benefits for TG 4, the programmes tested and the results. ? In addition, the event will cover various other important topics: ?? #Dornier Group GmbH will present pioneering innovations in seawater desalination for Berlin, Brandenburg and Saxony - offering sustainable solutions for clean drinking water using wind and solar energy. ? ?? Autonomous energy systems with flexible consumers and storage, improving job security in the renewable energy sector and the development towards DEEP for more security in the renewable energy sector will also be discussed by FGW e.V. ? ?? Finally, exciting pitch sessions on technology and process-orientated innovations as well as networking sessions with drinks and finger food await you. The #IHK Cottbus/#MinGenTec project brings together experts from science and industry to discuss future developments. ? Don't miss the opportunity to find out about the latest developments in the field of renewable energies and energy systems from 10:50 to 17:00 ????. ? #RenewableEnergy #FMI #TG4 #WindEnergy #HydrogenEconomy #Innovation #Networking #MinGenTec ?

We are glad to announce the kick-off of our CETPartnership RESTORE project with partners OWI Science for Fuels gGmbH, UMONS and University of Groningen. RESTORE will focus on the development on a ultra efficient CHP system based on a hybridization of a micro gas turbine and SOFC fuel cell to convert industry off or "dirty" gas into useful electricity and heat, while allowing for easy carbon capturing from the system exhaust gas stream. The project will contribute to the reduction of GHG emissions in industry by more electrification and carbon capturing. The Clean Energy Transition Partnership ( CETPartnership ) is a transnational initiative on joint Research,?Technological Development and Innovation (RTDI) programming to boost and accelerate the energy?transition, building upon regional and national RTDI funding programmes. We acknowledge the support of our funding authorities for their visionary engagement: Wallonie - SPW énergie, SPW Economie Emploi Recherche, NWO (Dutch Research Council), Ministerium für Wirtschaft, Industrie, Klimaschutz und Energie des Landes NRW. @MITIS #fuelcells #microturbine #hydrogen #renewables #cogeneration #gasturbines #SOFC #SOEC #electrolyzers

WHAT IS THIS Istanbul Technical University and tech firm Devecitech have made a leap in renewable energy with their creation, ENLIL. This vertical turbine harnesses wind energy generated by traffic and solar energy simultaneously. WHY THIS IS AWESOME ? Innovative application of renewable energy, utilizing air turbulence from traffic. ? Combines wind and solar power in one compact device. ? Versatility in installation locales, from roadside to high-rises. ? Real-time data collection on environmental factors for city authorities. The genius behind this invention is entrepreneur Kerem Deveci, with his lightbulb moment actually happening while traveling on Istanbul's Metrobüs network. He noticed the wind created by these vehicles had the potential to be harnessed and converted into usable energy. With this brainwave, backed by the financial support of his friends and family, he produced the first prototype. The potential of ENLIL is enormous. Imagine a world where every city can generate power from the simple act of vehicles passing by. The implications for renewable energy are staggering and it's incredible to see how Deveci's brainwave has the potential to drastically reduce carbon emissions globally. This is the type of invention that will mark future of renewable energy, and it's pretty exciting. #RenewableEnergy #Innovation #Sustainability

?? Plant DAWN: Construction update ?? We’re thrilled to share the latest update on the construction of DAWN, our industrial-scale solar fuel plant. ?? The heliostat field at plant DAWN has been installed, ready to focus the sunlight onto the receiver at the top of the tower to generate solar process heat for the production of solar fuels. ?? The in-house developed heliostats are specially designed to be coupled with our solar receiver to produce solar process heat to drive solar fuel production. ?? DAWN is our first industrial-scale demonstration plant, located in Jülich, Germany. With DAWN, we demonstrate the viability of the Sun-to-Liquid technology with concentrated solar thermal energy at relevant scale. DAWN is a crucial step in our journey to contribute to a net-zero transportation sector. ?? Fuels from DAWN will be used in showcases throughout the transportation sector to demonstrate the importance of renewable fuels in the energy transition. ? As the construction phase is completed, we’re continuing the commissioning of plant DAWN – stay tuned! #synhelion #solarfuels #solarenergy #saf Swiss International Air Lines Lufthansa Group AMAG Group Pilatus Aircraft Ltd Zurich Airport Ltd Brainergy Park Jülich GmbH ETH Zürich German Aerospace Center (DLR) Empa FH Aachen University of Applied Sciences Fraunhofer Institute for Silicate Research ISC eFuel Alliance Solar Impulse Foundation World Economic Forum UpLink - World Economic Forum

?? Announcing a New Milestone in the MEGA WAVE PTO Project! ?? ? We are pleased to share the publication of our latest research paper titled “Demagnetization Detection, Misdiagnosis, and Impact in Permanent Magnet Generators.” Authored by our dedicated partners Alexandros Sergakis, Georgios A. Skarmoutsos, Markus Mueller, and Konstantinos N. Gyftakis, this work was presented at the 2024 International Conference on Electrical Machines (ICEM) held in Torino, Italy. ? Considering the urgent global need for transitioning to net-zero emissions, harnessing renewable energy sources like wave energy is crucial. This paper delves into the critical role of permanent magnet generators in effectively integrating wave energy into our power systems. Key findings include: Diagnostic Methodologies: The paper evaluates various diagnostic methods for detecting faults in generators, particularly focusing on demagnetization—a significant challenge in ensuring the reliability of energy production. Impact on Performance: The research highlights the implications of undetected faults, showcasing the need for reliable detection systems to prevent potential failures. Read the full paper on IEEE Xplore: https://lnkd.in/eNVGtYDi ? This publication aligns with Work Package 6 (WP6) of our project, aiming to enhance the reliability and efficiency of renewable energy technologies while supporting the EU's commitment to sustainability and circular economies. ? #MEGAWAVE #RenewableEnergy #WaveEnergy #Sustainability #NetZero #IEEE #Research #ElectricalEngineering

???? ?????????????? ???????????????? ??orkshop ? ???????????????? ???????????????????? ?????????? ???????????? ???????????????????????? ?????? ???????????????????????? ???? ?????????????????????????? ?????????????????? ??????????????????.? ?? The International Projects Department at the National University College of Technology (NUCT) organized a workshop entitled "INNOMED project overview and introduction to Thermal Energy Storage" on 23/12/2024 at NUCT campus, presented by Dr. Hussein Daoud Hussein Daoud, Ph.D and Eng. Bilal Al-Salaymeh Bilal Alsalaymeh targeting the students who are interested in renewable energy technologies. The workshop addressed the latest innovations and practical applications in this field. More than 50 students attended the workshop.? ???The INNOMED Project aims to promote innovative technologies and applications of solar energy in MENA Countries. It's a strategic task in order to improve quality life! ?#NUCT #innomed #erasmusplus #erasmusplusproject #mena #menacountries INNOMED

???? Introducing Our Project Partner: Université d'Orléans ???? We are excited to introduce UNIVERSITE D'ORLEANS (UORL), a key partner in the AdvancedH2Valley project! UORL is a leading institution in research and education, focusing on sustainable energy solutions. ?? About UORL: Based in #Orleans, #France, UORL is dedicated to advancing knowledge in #RenewableEnergy and #HydrogenTechnologies through research and #innovation. ?? UORL’s Role in AdvancedH2Valley: Conducting cutting-edge research on hydrogen technologies. Educating future leaders in sustainable energy. Promoting innovative solutions for renewable energy. ?? Learn More About UORL: Visit their website ?? https://lnkd.in/eqVa9F6Z Together, we are paving the way for a sustainable hydrogen economy in #Europe. ???? #AdvancedH2Valley #RenewableHydrogen #GreenEnergy #Sustainability #HydrogenEconomy #EuropeanProjects