NHOA Energy’s Post

China is expected to maintain its lead in battery production, with a focus on cost reduction and technological improvements in solid-state batteries and sodium-ion batteries. Distributed energy storage will likely grow as distributed energy generation (such as rooftop solar) becomes more popular. Additionally, electric vehicle battery recycling will become a more prominent industry. Europe: Europe's future in energy storage lies in diversification, with an emphasis on hydrogen energy storage and the circular economy. As renewable energy penetration increases, long-duration energy storage will become crucial to ensure the stability of the grid. Cross-border collaboration in research and the development of new storage technologies will also grow as Europe aims for net-zero emissions by 2050. #energystorage #batteries #newenergy

Green Hydrogen is a big alternative in renewable and clean energy because we can obtain mainly through electrolysis of water. The only problem is the high cost to do that (Electrolysis). But is an amazing news that in Denmark (H2 Energy) exists a Hydrogen production facility with 1 GW of power.

Fraunhofer-Led Consortium To Propel Green Hydrogen Production In Chile A consortium led by various Fraunhofer institutes, including the Fraunhofer Institute for Solar Energy Systems ISE, is undertaking a significant initiative to establish large-scale green hydrogen production in Chile. Funded by the German Federal Ministry of Education and Research (BMBF), the project aims to explore the potential for hydrogen and liquid fuel production from solar energy, addressing technical, economic, logistical, and socio-economic aspects. The initiative also involves supporting the installation of a pilot facility for climate-neutral methanol and dimethyl ether production in Chile. Key Highlights: This groundbreaking initiative aims to bolster Chile’s hydrogen industry, leveraging its favorable conditions for solar […] Read the full story here: https://lnkd.in/dgvnt2My #solarenergy #alternativeenergy #solarpv #pvsolar #photovoltaic #cleanenergy #cleantech #climatechange #middleeast #africa #india #asiapacific #asia #chile #europe #fraunhoferinstituteforsolarenergysystemsise #renewableenergy #solarenergy

Understanding the Hydrogen Value Chain: Hydrogen is a key element to unlock a carbon-free future in our global economy. The prerequisite for the integration of hydrogen and in various industrial sectors such as Mobility and Transportation are safety and efficiency across the entire value chain. The hydrogen value chain is typically split into the three fields production, storage and distribution, and consumption/ application. Each of these fields requires expert know-how to ensure safety, decrease costs, and guarantee compliance with regulations, codes, and standards (RCS). The below graphic outlines the value chain and roles of hydrogen in renewable energy production and storage, energy supply and distribution, as well as low- and zero-carbon fuel in applications like industry, logistics and mobility. #technologies #energytransition #project #energy #renewableenergy #netzero

Good news: More and more electrolysis plants that produce hydrogen using electricity are being planned in Germany – according to the plans, electrolysers with a capacity of 10.1 gigawatts will be in operation by 2030! This is the result of a study by the Institute of Energy Economics at the University of Cologne (EWI - Energiewirtschaftliches Institut an der Universität zu Köln) presented by the energy company E.ON. 👏 If all of these plants are realized, the German government's goal of installing 10 gigawatts of electrolysis capacity in Germany by 2030 would be achieved! Electrolysis can be used to produce emission-neutral, so-called green hydrogen if electricity from renewable energy sources is used. This form of energy generation is therefore an important component of future, climate-friendly energy production. 💚 #hydrogendialogue #talkabouthydrogen #h2dialogue #electrolysis #greenhydrogen

Life goes on with Arken Solar Hybrid Systems…

The European Commission just published a new study on #CleanEnergy, in which are identified specific Research & Innovation actions for clean energy technologies and their value chains which can improve the #EU energy security in the long run.💡🌍 Special focus has been placed on a sound methodological approach to address energy security by critical technological core elements supporting the respective clean energies, such as #batteries and other #EnergyStorage technologies.🔋⚡ Read the report here! 👀👇 https://lnkd.in/d5kY4Qs9 #renewables #Energy #Green #Transition #Europe #research #innovation Ph: Mark König on Unsplash

Had a pleasure to participate in the panel discussion today at Energy Tech Summit in Bilbao where we discussed how to drive down the cost of low carbon hydrogen. Three main factors that I pointed out are: *availability and cost of renewable electricity *cost of hydrogen technologies *efficiency of hydrogen technologies

“Oort Energy: 250kW Next Generation #PEMElectrolyser , Running On Solar Power, Hits First Durability Milestone” “Oort Energy (headquartered in UK) announces a groundbreaking achievement with the successful operation of their 250kW demonstrator in Harlaxton, running continuously on #solarpower for multiple days. This milestone marks a pivotal moment as the first instance of a UK company achieving direct #solarhydrogenproduction at a commercial scale.” “The demonstrator, operating at high efficiency, produces greater than 99.9995% pure #greenhydrogen , setting a new standard in #sustainablehydrogenproduction . Despite being off-grid, Oort Energy is delivering pure, dry, green hydrogen at well within the ISO14687 fuel cell specification. It has also responded well to a robust series of key performance tests. This achievement underscores Oort Energy’s commitment to innovation and #environmentalstewardship in the field of #renewableenergy . “ Photo of Oort Energy Press release https://shorturl.at/hiDFL https://lnkd.in/eXEKxfxX? Source- original post Read all my posts #MariusPreston

Thanks to a great collaboration of industry experts of Wind Europe and Hitachi Energy, this report explains the role, the challenges and the flexibility needs of future grids to support energy transformation. Power electronics and digital will be key enabling technologies to make this happen, but continuing to build a new generation of talented engineers will be as important.