Risen Energy Europe’s Post

In addition to the scientific component, at ARENHA we have analysed the current ammonia market and infrastructure in depth, with the idea of adapting and combining it for the current and future challenges of renewable energy within the European Union. 💻 https://arenha.eu/ #ARENHA #EU #EuropeanUnion #greenammonia #greenenergy TECNALIA Research & Innovation            Eindhoven University of Technology          CNH2 - Centro Nacional del Hidrógeno   DTU - Technical University of Denmark      Fraunhofer IKTS           STFC        Proton Ventures          Elcogen          H2SITE     Stellantis           ENGIE              Université d'Orléans

The use of new catalyst materials and the application of ammonia separation/storage methods based on solid state absorption will guarantee two fundamental aspects:  ☑️Increased efficiency of the ammonia synthesis process.  ☑️Improved flexibility against variations in the feed flow. Find out how we are going to improve the ammonia synthesis process, with innovative methodologies, at the following link: https://lnkd.in/dgrXRbVu 💻 https://lnkd.in/d7xpYebA #ARENHA #ammonia #greenammonia #energy #research #hydrogen #power #energy TECNALIA Research & Innovation    Eindhoven University of Technology    CNH2 - Centro Nacional del Hidrógeno   DTU - Technical University of Denmark  Fraunhofer IKTS      United Kingdom Research and Innovation Proton Ventures  Elcogen    H2SITE  Stellantis       ENGIE        Université d'Orléans

Davor Sutija, CEO of our portfolio company NexWafe, was featured in PV Tech last week. His message resonates loud and clear: Europe needs domestic #PV manufacturing that focuses on innovative solutions! 💡 It is apparent that Europe can protect its autonomy and accelerate the #GreenTransition by supporting domestic manufacturing of clean technologies. ☀️ With the recent impacts to the continent's #solar industry as a result of aggressive pricing from overseas manufacturers, this need becomes even clearer. For now, the most important step is for innovative #cleantech manufacturers to receive the needed support to scale up these next generation technologies, bolstering the resilience of Europe's #climate tech industry. With their high-efficiency solar wafers, made sustainably using materials available worldwide, NexWafe is a prime example of what the future of solar manufacturing in Europe can look like. Fabian Sacharowitz Frank Siebke André Seemaier David Wortmann Javier Sanz Rodriguez Sara Irureta Vela Baptiste Buet

The progress made within the framework of the project has already allowed us to know some relevant data on the impact of ARENHA and the use of ammonia as an alternative energy source for the storage and transportation of hydrogen. To find out, access this presentation and locate the "IMPACT" section for more details 👉https://lnkd.in/d3U9RPR8 💻 https://lnkd.in/dnrauDKh #ARENHA #hydrogen #greenhydrogen #ammonia #greenammonia TECNALIA Research & Innovation           Eindhoven University of Technology          CNH2 - Centro Nacional del Hidrógeno  DTU - Technical University of Denmark      Fraunhofer IKTS           STFC        Proton Ventures          Elcogen          H2SITE    Stellantis           ENGIE              Université d'Orléans

KU Leuven spinoff plans MW-scale production of solar-hydrogen panels Solhyd, a KU Leuven spinoff, is refining its technology to reach megawatt-scale production of hydrogen-producing solar panels with a €6 million ($6.5 million) investment from a consortium of Flemish investors. The Solhyd technology combines a regular PV panel and a proprietary hydrogen-producing layer which are connected via gas tubes. Electricity produced by the top layer solar panel is used by catalysts to split water molecules extracted directly from the air using a membrane. The system is said to produce 250 liters of hydrogen per day, at a peak efficiency of 15%. Solhyd hydrogen panels are compatible with most commercial PV modules, which are directly plugged into the hydrogen-producing system. So far, the technology has been tested in various climates and demonstrated that it can be deployed almost anywhere in the world. Solhyd's goal is to deliver a plug-and-play solution which will be primarily applied in industries such as the steel and chemical industry to make their operations more sustainable. Solhyd panels generate hydrogen at a low pressure of 300 mbar to 500 mbar, similar to gas distribution grid pressure. #energyticslimited #renewableenrgy #energyefficiency #energyinnovation #solarenergy #greenhydrogen #solarhydrogenpanels

Stacking of single cells is essential for hydrogen production. Interconnections and contact elements are critical components of the system to ensure efficient electric contact and gas flow.  💻 https://arenha.eu/ #ARENHA #hydrogen #h2 #cells #electric #gasflow TECNALIA Research & Innovation         Eindhoven University of Technology        CNH2 - Centro Nacional del Hidrógeno  DTU - Technical University of Denmark   Fraunhofer IKTS        STFC     Proton Ventures       Elcogen       H2SITE   Stellantis        ENGIE           Université d'Orléans

In today's world, where fossil fuels account for 82% of global primary energy use, Mitrex Solar Facade highlights the numerous advantages of this technology for universities. By adopting Mitrex BIPV, universities can not only achieve financial benefits but also gain recognition and support from industry and governmental bodies. Integrating Mitrex BIPV allows universities to achieve green campus certifications, such as Leadership in Energy and Environmental Design (LEED) points, and enjoy cost savings on energy expenses while elevating the institution's reputation, making it more appealing to potential investors and attracting additional investments. Learn more about Mitrex BIPV at https://lnkd.in/gqsCFf9W #BIPV #solarenergy #greenenergy #sustainability #university #solar #renewableenergy #netzero Danial Hadizadeh

The IRA was designed in large part to bolster domestic production of renewable energy and spur investments in a secure and transparent PV supply chain. The recently released guidelines for the U.S. Department of the Treasury's #45X Advanced Manufacturing Production Credit should therefore go further than they do. Specifically, they should consider all integral aspects of a domestic solar module value chain. The guidelines focus on domestic manufacturing of solar modules but should do more to ensure those modules aren’t made up of foreign materials. Without onshoring our production of module frames, American module companies will remain reliant upon foreign supply chains and often subpar materials. American-made steel, for example, stands ready to supply several components of the solar module and PV plant including frames, trackers, and rackers. Domestically produced module components eliminate foreign supply chain risks and create manufacturing jobs at home. Steel also maximizes the structural performance of the entire panel, thus ensuring the quality of the American-made modules. Giovanni Bertolino at 3SUN said it well in this PV Tech piece. The #IRA credits can go further to reshore the entire solar supply chain.