Elcogen’s Post

🌟⚡ Revolutionizing Hydrogen Compression: Hiperbaric's cutting-edge technology at a glance: Hiperbaric is pushing the boundaries of hydrogen technology with our innovative High Pressure Hydrogen Compression solutions. ✔ Check out this video to see the inner workings of our state-of-the-art Hydrogen Compression Units. 🚛 From refueling stations to tube trailer filling, our Plug-&-Play technology is setting new standards in efficiency and reliability. #Hydrogen #HydrogenCompression

Lead-acid batteries are not easily fazed. 💪 They are true masters when it comes to performing even under different conditions. In other words: lead-acid batteries are particularly robust. That's why we give them a special seal of approval: CLEAN LEAD | R3   Besides their robustness, find out what else is hidden behind the 3Rs ➡   #lead #leadacid #batteries #technology #hoppecke #robustness #energy #powerplant

In the drive to build a global clean-hydrogen economy, two electrolyzer technologies — alkaline and proton exchange membrane — have dominated most of the conversation around green hydrogen production. But a third electrolysis technology, known as solid oxide, is starting to gain traction due to its promise of greater efficiency and, in particular, its unique suitability to generate hydrogen for processes further downstream like steel, ammonia and e-fuels production. Learn more >> https://bit.ly/3xR0h2t #cleanhydrogen #greenhydrogen #electrolyzer #electrolysis #solidoxide #cleantech #energytransition

Overcoming Charge Anxiety and Meeting Customer Expectations with Energy Dense Lithium-Metal Batteries with Brian Sisk from Sepion Technologies. In this presentation, Brian will review current state-of-the art lithium-ion fast charge performance as an expected baseline requirement for emerging lithium-metal batteries, and further connect that pack-level fast charge performance requirement to material-level characteristics that must be achieved in order to plate non-dendritic lithium on the anode. Examples include diffusion coefficients, Sand's time, and transference numbers—as a function of temperature—needed to facilitate cell-level battery performance. In that context, we review Sepion’s innovation around separators and liquid electrolytes required for adoption of Li-metal anodes to unlock the trifecta of greater energy density, faster charging, and lower cost. https://lnkd.in/eemptXh Save $150 with Discount Code SPK150 #Floridabattery

Have you seen Valent’s newest product? The VXE-12 features a polymer enthalpy wheel that can handle up to 2,000 CFM. Learn more about Valent’s energy recovery options here: https://lnkd.in/gmCUAtZH #Valent #EnergyRecovery

Join us on August 6th in a virtual conference bringing together industry experts across each part of the hydrogen value chain who will share their outlook on green hydrogen technology trends, strategic initiatives, regulatory policies, development, implementation challenges, and the role of simulation. Register at https://lnkd.in/gZYZBR3X #Hydrogen #GreenHydrogen #HydrogenValueChain #HydrogenTransport #HydrogenStorage #safety #Electrolysis #StorageTanks #FuelCells

Do you work with current density to evaluate fuel cells? Do you know why does electricity production in the fuel cell suddenly drop in the video below? I will explain exactly what happens in the video below and what technology can be used to measure the process in the cell in my presentation on 25 April 2024 at 10:45 am at Hydrogen + Fuel Cells EUROPE as part of the HANNOVER MESSE. I would like to invite you to my presentation and look forward to hearing about your experiences. If you are not there, you can follow me in the livestream or ask me directly here. I will also be looking into the question of whether distributed electrochemical impedance measurement (EIS) in the cell is also possible. What methods do you use to investigate the behaviour of fuel cells and electrolysers? #hydrogen #HM24 #fuelcell #electrolyser

October 8 is Hydrogen and Fuel Cell day - aptly chosen to coincide with the atomic weight of #hydrogen (1.008). 🌍💧 How are the global teams at Omniseal Solutions making this day even more impactful? By continuing to protect hydrogen and fuel cell applications around the world. As the demand for green hydrogen production grows, innovation in sealing technology will play a critical role in improving the efficiency, safety, and scalability of #electrolysis systems. Read valuable insights in their new #blog: "Why Sealing Is Essential In Hydrogen Electrolysis." https://lnkd.in/gW96d7Vd #HydrogenDay #CleanEnergy #OmnisealSolutions #FuelCells #SealingSolutions

By producing clean hydrogen for fuel cells, electrolyzers are key components in the transition to sustainable energy systems and the reduction of greenhouse gas emissions.