Today, I want to take a moment to talk about the work I have been doing since the end of my PhD in December last year. Here at Clhynn, we talk about energy, hydrogen, the future, and innovation. As part of the simulation team, I couldn't be more thrilled to contribute to such groundbreaking advancements in green hydrogen technology. Our revolutionary fuel cell, which utilizes a nickel-based catalyst and generates its own hydrogen, is set to transform the energy landscape. 🚀🌱 Simulation plays a crucial role in our development process. It allows us to model and predict the behavior of our fuel cells under various conditions, optimizing performance and checking ideas before any physical prototypes are built. This not only accelerates our innovation cycle but also significantly reduces costs and environmental impact. Through simulation, we can explore countless scenarios, refine our designs, and push the boundaries of what’s possible with green hydrogen technology. 🌐💡 The commitment to sustainability, innovation, and the collaborative spirit is inspiring. From tackling complex challenges to celebrating our successes, the journey is as rewarding as the destination. 🎉🤝 Proud to be part of a team that's not just talking about the energy transition but actively leading it! Fuel your future with Clhynn. 🌍💚 Check our website here: clhynn.com🔗 #GreenHydrogen #Hydrogen #Innovation #Sustainability #EnergyTransition #Clhynn #PEMFC #FuelCell
Tiffanie CARLIER’s Post
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🌡🌀🌱 Hydrogen: a future solution for greener mobility? Sure, if only its storage wasn't so complex (large volumes and very low temperatures)... Here comes the 🌟 Exciting News! 🌟 International scientists from UCLouvain - Université catholique de Louvain, Aarhus University and the Max Planck Institute have found a way to make hydrogen storage easier, paving the way for large-scale utilization. This groundbreaking discovery has been published in the prestigious scientific journal Nature Chemistry. Hydrogen, as the lightest chemical element, holds immense promise for eco-friendly transportation and stationary energy storage. However, its high density made storage complex, requiring either high pressure or extremely low temperatures. The scientists' breakthrough involves a porous form of magnesium borohydride capable of storing hydrogen at over twice the density of liquid hydrogen. This is achieved through innovative molecular interactions within the material's pores, resulting in highly efficient storage. This advancement opens doors for compact hydrogen storage and transportation, paving the way for clean and renewable energy solutions, including hydrogen-powered vehicles for example. Congratulations Yaroslav Filinchuk, Torben Rene Jensen, Michael Hirscher and team! 🚀 Read more on the discovery here: https://lnkd.in/ex2fjaDg Or read the full paper here: https://lnkd.in/dt2bUS9A #HydrogenInnovation #CleanEnergy #Research
Découverte d’un nouveau système de captage de l’hydrogène plus compact
uclouvain.be
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🔋 Storage Innovation: Interesting Concept! ⚡Current battery technology focuses on energy density (how much energy a battery can store) rather than capacitance (how much charge a battery can hold at a given voltage). High capacitance is more characteristic of capacitors, which can store and release energy quickly but have a much lower overall energy storage capacity compared to batteries. 💪 Challenges of Tripling Capacitance: While new anode materials with higher lithium-ion storage capacities are being researched, including silicon, there are still challenges to overcome. Silicon can expand and contract significantly during charging and discharging cycles, which can lead to electrode degradation and reduced battery life. 🔗 https://lnkd.in/ddbPVfyd 👍🏼✍️Thank you for your involvement, your comments and your reaction. _ ✌️ Follow our group #ClimateandEnergyProfessionals ✌️#AyoubabaTalks for daily news.
🔋 Batteries: capacité triplée avec ces nouvelles anodes en silicium !
techno-science.net
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Thanks to electronics, we live in a #DC world. Every device in a building has some type of printed circuit board and ti power that board is a transformer whose power is typically always on generating heat in the process of converting power. Modern #IT #networking technologies also have the ability carry power, and they do so safely. #POE can carry 90W and powers access points, cameras, desk telephones, access control devices, building sensors, POS terminals, Kiosks, and even building LED lighting. USB-C is certified to 240W and powers many personal devices such as laptops, tablets, mobile phones, and soon many other devices. Then there are new Fault Managed Power Systems for higher power distribution which prevent electrocution or fires. More commonly known #LVDC applications such as 48V, 24V, and 12V prevail through most buildings. And now there are a host of other IEC #LVDC higher power #DC systems such as those from the eMerge Alliance (380V) and new 600V and 800V applications led by Battery Energy Storage Systems, EV charging, and Industrial System applications. It’s time to wake up to #LVDC
🌍 Exciting News: We're thrilled to share that Current/OS and #DC were prominently featured in a comprehensive article by the esteemed French magazine Le Dauphiné Libéré. Following our recent June Plenary session in Grenoble, France, gathering DC experts from across the globe, Current/OS President Yannick Neyret was interviewed and boldly stated: "It's time to make room for direct current. Today, with the energy transition, DC sources are more numerous, closer to buildings. This technology enhances energy access and local efficiency." This insightful article (in French, by subscription) underscores the growing public interest in DC technology. 📰💡 https://lnkd.in/eBgWFd6R #DirectCurrent #EnergyTransition #Innovation #Sustainability #CurrentOS
Grenoble. Énergie : "Il est temps de donner une place au courant continu"
ledauphine.com
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What’s Next for #Photovoltaics After TOPCon? Insights from Our CTO, Gianluca Coletti. ✅ Short-Term vs. Long-Term Solutions: Current technologies like TOPCon and xBC cells offer immediate improvements but face long-term limitations. The future focus is on #perovskite-silicon tandem modules for higher efficiency. ✅ Challenges: While perovskite cells promise high efficiency, they currently struggle with stability under light and heat. Improving their durability is crucial for commercialization. ✅ Progress: Stability has improved significantly, with current tech operating for over 3,000 hours, but more is needed for real-world reliability. ✅ Future Goals: Tandem cells have achieved lab efficiencies of over 34%. The aim now is ensuring these cells remain reliable for 30-35 years, upscaling production through new materials and processes. ✅ Industrial Developments: Companies like Solertix are advancing perovskite technology by focusing on efficiency, stability, and scalability. The next step is transitioning from research to industrial environments, accelerating innovation, and getting ready for market introduction. Find out more: https://lnkd.in/du_7hCcP
Come sarà la prossima era del fotovoltaico “post TOPCon”?
qualenergia.it
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Green H2 hydrogen challenges and digital twin simulations…
Nous comprenons les défis applicatifs auxquels sont confrontés les producteurs d’hydrogène vert. Explorez cette nouvelle démonstration interactive de production d’hydrogène pour découvrir comment nos solutions numériques peuvent relever efficacement ces défis. https://rok.auto/4btiOiQ
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🚀 Are you attending FOSS4G Europe 2024 in Tartu? 🌍 I'm thrilled to announce an upcoming talk titled: "Analyzing Charging and Petrol Station Distribution with FOSS4G: Implications for Energy Transition Monitoring in European Regions". This insightful session will delve into: - The strategic role of #FOSS4G in monitoring the energy transition across Europe. - Analyzing the distribution of charging and petrol stations to understand regional trends and evolution. - Utilization of OpenStreetMap (OSM) to track and predict system developments over time. Moreover, the talk will highlight valuable data of charging station released by the Italian authorities, but provided as open data through the efforts of the #onData association. This data is instrumental for researchers, policymakers, and enthusiasts who are keen on sustainable energy solutions and infrastructure planning. Discover the release dataset on GitHub https://lnkd.in/duMdJTkn and thanks again to Andrea Borruso for the great job! Join me to explore how FOSS4G and open data are driving the future of energy transition monitoring. Don't miss this opportunity to gain fresh insights and network with experts in the field! #FOSS4GEU #OpenData #EnergyTransition #Sustainability #Geospatial #OSM #Innovation #EuropeanRegions #ChargingStations #PetrolStations Let's shape the future of energy transition together! 💡🌱
GitHub - ondata/rete_ricarica_veicoli_elettrici: I punti di ricarica per i veicoli elettrici
github.com
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Advait is promising for giving sustainability solutions for global decarbonisation programs and contributing towards green hydrogen economy and under the aatmanirbharbharat vision, to do manufacture of #electrolyser and #hydrogenfuelcell
Attention please!!! 📢 Advait Infratech Limited is going to exhibit at THE HYDROGEN TECHNOLOGY EXPO - 2024 and we are sending a heartfelt invitation to you all!💌 Come and join us for India’s first ever event focused on advancing hydrogen and fuel cell technologies. A golden opportunity to explore sustainable energy and its significance! You don’t wanna miss this!🌟 Mark your calendars for 25th and 26th April, 2024 at Hyatt Centre, New Delhi, India. #HydrogenTechExpo2024 #AdvaitInfratech #SustainableFuture #Hydrogen #FuelCell #IndiaTechnology #RenewableEnergy #CleanEnergy #HyattCentric #NewDelhi #Innovation #GreenTechnology #IndiaInnovation #EnergyTransition #ClimateAction #HydrogenIndia #AdvaitInfratechLimited
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Worth taking the 2 minutes to read this article.
The shift to lithium-ion: The key to more efficient operations With lithium-ion batteries, you unlock undeniable advantages that improve your material handling operations. Optimized performance, cost savings, enhanced safety, and maximum flexibility are just a few reasons to consider the change. But how do you ensure you're making the right choice? Read our most recent article featured in FORKLIFTACTION to discover why UgoWork smart batteries stand out, as superior quality batteries, but also because of energy management capabilities and the Energy as a Service business model. https://lnkd.in/eQaRr8Pm 🔋⚡ La transition vers le lithium-ion : La clé pour des opérations plus efficaces Les batteries lithium-ion offrent des avantages indéniables pour optimiser vos opérations de manutention. Performances accrues, économies de coûts, sécurité améliorée et flexibilité maximale sont autant de raisons de considérer cette transition. Mais comment être sûr de faire le bon choix ? Lisez notre plus récent article paru dans FORKLIFTACTION pour découvrir pourquoi les batteries intelligentes UgoWork se distinguent par leur qualité supérieure, par la gestion de l'énergie et par le modèle Energy as a Service. https://lnkd.in/eQaRr8Pm #ElectricForklift #LithiumIon #LithiumBatteries #EnergyManagement
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A gas of monoatomic hydrogen is bombarded with a stream of electrons that have been accelerated from rest through potential difference of 12.75 volt. In the emission spectrum, one can observe lines of: (1) Lyman Series (2) Balmer Series (3) Paschen Series (4) All of these 💡Solution Page Link: https://lnkd.in/gHBfZsXU 🎥FULL Video Link: https://lnkd.in/gnkg3Qg9 🤝Join this channel to get access to perks: https://lnkd.in/guXF-ye3 🔔Subscribe to Our Channel! →https://lnkd.in/gaaiA73E 🙏 Thank you for watching! 🙏 🔍Searched Queries : Doubtify, DoubtifyJEE, doutifyJEE, A gas of monoatomic hydrogen is bombarded with a stream of electrons, that have been accelerated from rest through potential difference of 12.75 volt., In the emission spectrum, one can observe lines of:, (1) Lyman Series, (2) Balmer Series, (3) Paschen Series, (4) All of these, Monoatomic hydrogen gas, electron bombardment, accelerated electrons, 12.75 volt potential difference, emission spectrum, Lyman series, Balmer series, energy levels, iit 🏷️Related Hashtags : #Doubtify #QuantumMechanics #DoubtifyJEE #doubtifyjee #jeedoubtify #jeedoubt #doubtjee #iitjee #jeemains #jeemain #iitjeepreparation #MonoatomicHydrogen, #ElectronBombardment, #AcceleratedElectrons, #PotentialDifference, #EmissionSpectrum, #LymanSeries, #BalmerSeries, #PaschenSeries, #HydrogenAtom, #EnergyLevels, #PhotonEmission, #AtomicSpectra, #ElectronTransitions, #Spectroscopy
A gas of monoatomic hydrogen is bombarded with a stream of electrons that have been...| Doubtify JEE
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⚡ Revolutionizing Electric Vehicles with Graphene Copper Wires! 🚗 Did you know that a small percentage of graphene to copper wires could be the key to making electrical vehicles more efficient? At TMTP Labs, we are excited to be at the forefront of technology for EV motor windings, poised to revolutionize the automotive industry and pave the way for a greener world. By harnessing the exceptional properties of graphene, our innovative wires enhance conductivity, reduce resistance, and boost efficiency in electric vehicles. Imagine vehicles that go farther on a single charge, with reduced energy consumption and emissions. With this groundbreaking technology, we're not just creating more efficient electric vehicles - we're contributing to a cleaner, more sustainable future for all. Join us in driving the shift towards greener transportation and a healthier planet. 🌍 Let's electrify the world together! ⚡ #TMTP #Graphene #ElectricVehicles #EVs #Sustainability #Innovation #CleanTech #GreenTechnology #FutureMobility #RenewableEnergy #ClimateAction #GrapheneCopperWires #GreenerWorld #AutomotiveIndustry #TMTPLabs
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