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Sunhydrogen (vh Hypersolar)

1. Radikal 21 oktober 2024 14:45

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   SunHydrogen on Track for 1m² Pilot Demonstration of its Green Hydrogen Panels
   
   finance.yahoo.com/news/sunhydrogen-tr...
   
   CORALVILLE, IA, Oct. 21, 2024 (GLOBE NEWSWIRE) -- SunHydrogen, Inc. (OTCQB: HYSR), the developer of a breakthrough technology to produce renewable hydrogen using sunlight and water, today shared an update on the Company’s progress toward demonstrating its green hydrogen panels at the commercially-relevant 1m² scale.
   
   In July 2024, SunHydrogen announced its technology collaboration agreement with CTF Solar GmbH to integrate CTF’s solar cell modules into SunHydrogen’s technology for green hydrogen production. This approach draws on the core principles of SunHydrogen’s nanoparticle technology while leveraging a mature manufacturing platform, enabling faster market entry.
   
   In collaboration with CTF Solar, SunHydrogen has designed scalable thin-film solar cell module architecture that will form the basis for multiple 1m² hydrogen panel demonstrations. Today, the Company is pleased to share that initial fabrication and testing of these large-scale modules is officially underway. Concurrently, SunHydrogen is working to safeguard the modules from chemical corrosion, ensuring their durability and long-term performance.
   
   Also in July 2024, SunHydrogen announced its joint development agreement with Honda R&D Co., LTD.
   
   At the Honda R&D facility in Japan, SunHydrogen’s initial 100cm² hydrogen modules – designed in collaboration with CTF Solar – have demonstrated 10.8% solar-to-hydrogen efficiency. The Honda R&D team is also studying the effects of various hydrodynamic conditions on SunHydrogen’s modules, further optimizing their performance.
   
   “To our knowledge, this efficiency level has not been reached by any other company using cost-effective semiconductor materials immersed in water,” said SunHydrogen’s Chief Scientific Officer Dr. Syed Mubeen. Working with Honda R&D, the SunHydrogen team is also moving to finalize sites for large-scale pilot plant demonstrations.
   
   Additionally, SunHydrogen’s expert collaborators – Prof. Kazunari Domen, Dr. Hiroshi Nishiyama, Dr. Taro Yamada and Dr. Nirala Singh – are developing innovative membraneless housing units for the Company’s hydrogen panels. These units enable safe separation of hydrogen and oxygen without membranes, significantly reducing cost and eliminating the use of environmentally persistent fluorinated compounds (PFAS).
   
   “Our recent accomplishments demonstrate our team’s commitment to securing our place in the market,” said SunHydrogen’s CEO Tim Young. “We are grateful for the support of our industrial partners as we make strides toward commercial-scale demonstration.”
2. nine_inch_nerd 18 december 2024 12:30

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   Dit gaat nog effe duren, vrees ik...
   
   SunHydrogen Completes 1m² Green Hydrogen Panel Demonstration
   CORALVILLE, IA – December 18, 2024 – SunHydrogen, Inc. (OTCQB: HYSR), the developer of a breakthrough technology to produce renewable hydrogen using sunlight and water, today announced it has completed a demonstration of its green hydrogen technology at the commercially-relevant 1m² scale.
   
   Over the past year, SunHydrogen has rapidly pursued a new methodology that integrates solar cells from CTF Solar GmbH into the Company’s core technology for green hydrogen production, enabling faster market entry. SunHydrogen’s innovative design utilizes economical, easily manufacturable PV materials to produce clean hydrogen and oxygen from just sunlight and water.
   
   In October 2024, SunHydrogen shared that its 100cm² hydrogen modules – manufactured in collaboration with CTF Solar – demonstrated 10.8% solar-to-hydrogen efficiency at the Honda R&D facility in Japan. Since then, the Company has been working steadily toward a 1m² proof of concept demonstration. On December 11, 2024, the team successfully demonstrated hydrogen production in subfreezing temperatures outside the SunHydrogen laboratory in Coralville, IA.
   
   “With this 1m² demonstration under our belt, we can begin the site selection process for larger pilot demonstrations,” said SunHydrogen’s Chief Scientific Officer Dr. Syed Mubeen. “Our next steps include continuously improving the technology, incorporating even more cost-effective materials without sacrificing efficiency, and scaling it to 25m² and larger.”
   
   Also this year, SunHydrogen secured joint development agreements with Honda R&D Co. and CTF Solar GmbH, joined the Texas Hydrogen Alliance to continue making inroads into the hydrogen economy, and welcomed new board member David Raney, who is leveraging his transportation and energy regulation expertise to help advance the Company’s mission.
   
   “I’d like to express my gratitude to our shareholders for their continued belief in our vision, along with our industrial partners, vendors, and the local Iowa businesses that have supported our progress,” said SunHydrogen’s CEO Tim Young.
   
   “I would specifically like to thank the team at Honda R&D Co., the University of Iowa, the University of Michigan, Niigata Co., Ltd, and our expert consultants Prof. Kazunari Domen, Dr. Hiroshi Nishiyama, and Dr. Taro Yamada for their invaluable support,” Mr. Young continued. “On behalf of the SunHydrogen team, we wish you all a joyful and prosperous holiday season and we look forward to sharing more updates with you very soon.”
   www.sunhydrogen.com/?ss_source=sscamp...
3. Radikal 18 december 2024 12:31

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   SunHydrogen Completes 1m² Green Hydrogen Panel Demonstration
   
   www.sunhydrogen.com/news-posts/tech-u...
   
   CORALVILLE, IA – December 18, 2024 – SunHydrogen, Inc. (OTCQB: HYSR), the developer of a breakthrough technology to produce renewable hydrogen using sunlight and water, today announced it has completed a demonstration of its green hydrogen technology at the commercially-relevant 1m² scale.
   
   Over the past year, SunHydrogen has rapidly pursued a new methodology that integrates solar cells from CTF Solar GmbH into the Company’s core technology for green hydrogen production, enabling faster market entry. SunHydrogen’s innovative design utilizes economical, easily manufacturable PV materials to produce clean hydrogen and oxygen from just sunlight and water.
   
   In October 2024, SunHydrogen shared that its 100cm² hydrogen modules – manufactured in collaboration with CTF Solar – demonstrated 10.8% solar-to-hydrogen efficiency at the Honda R&D facility in Japan. Since then, the Company has been working steadily toward a 1m² proof of concept demonstration. On December 11, 2024, the team successfully demonstrated hydrogen production in subfreezing temperatures outside the SunHydrogen laboratory in Coralville, IA.
   
   “With this 1m² demonstration under our belt, we can begin the site selection process for larger pilot demonstrations,” said SunHydrogen’s Chief Scientific Officer Dr. Syed Mubeen. “Our next steps include continuously improving the technology, incorporating even more cost-effective materials without sacrificing efficiency, and scaling it to 25m² and larger.”
   
   Also this year, SunHydrogen secured joint development agreements with Honda R&D Co. and CTF Solar GmbH, joined the Texas Hydrogen Alliance to continue making inroads into the hydrogen economy, and welcomed new board member David Raney, who is leveraging his transportation and energy regulation expertise to help advance the Company’s mission.
   
   “I’d like to express my gratitude to our shareholders for their continued belief in our vision, along with our industrial partners, vendors, and the local Iowa businesses that have supported our progress,” said SunHydrogen’s CEO Tim Young.
   
   “I would specifically like to thank the team at Honda R&D Co., the University of Iowa, the University of Michigan, Niigata Co., Ltd, and our expert consultants Prof. Kazunari Domen, Dr. Hiroshi Nishiyama, and Dr. Taro Yamada for their invaluable support,” Mr. Young continued. “On behalf of the SunHydrogen team, we wish you all a joyful and prosperous holiday season and we look forward to sharing more updates with you very soon.”
4. nine_inch_nerd 15 januari 2025 17:37

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   Video.
   
   youtu.be/Sk7WRi7SiY0?si=jN2TfrBebTedmOKP
5. nine_inch_nerd 5 februari 2025 12:11

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   SunHydrogen Achieves Highest Known Efficiency for a Large-Area Hydrogen Module
   CORALVILLE, IA – February 5, 2025 – SunHydrogen, Inc. (OTCQB: HYSR), the developer of a breakthrough technology to produce renewable hydrogen using sunlight and water, today shared strong test results from a recent trip to Japan where members of the SunHydrogen team collaborated with consultants Prof. Kazunari Domen, Dr. Hiroshi Nishiyama and Dr. Taro Yamada at the University of Tokyo and visited the Honda R&D facility in Tochigi.
   
   Breakthrough in Large Area Solar-to-Hydrogen Efficiency
   At Prof. Domen’s laboratory at the University of Tokyo, SunHydrogen conducted large-area solar testing of its 1200cm² hydrogen modules, manufactured in collaboration with CTF Solar, that comprised the Company’s recent 1m² demonstration system.
   
   SunHydrogen is pleased to report that the 1200cm² modules demonstrated an active-area solar-to-hydrogen efficiency of 9%. Importantly, this marks the highest reported efficiency for a hydrogen module of this size.
   
   Previously, SunHydrogen validated an efficiency exceeding 10% in its 100cm² hydrogen modules, tested at Honda R&D. The current results demonstrate that even after scaling up tenfold, the Company remains close to the 10% active-area efficiency threshold – an achievement that underscores the viability of its technology at larger scales.
   
   Additionally, the modules were tested under wide temperatures, ranging from 5°C to 40°C and their efficiency remained stable across the full temperature range. The team utilized a state-of-the-art LED solar simulator, uniquely capable of simulating the solar spectrum over a large enough area to test modules of this scale.
   
   “Scaling up tenfold presents unique challenges, and we are extremely pleased to have maintained such high efficiency in our first large-area test. To our knowledge, this remains the highest reported efficiency for a hydrogen module of this scale,” said SunHydrogen’s CEO Tim Young.
   
   “These results give us confidence that with further design optimization, including maximizing active water-splitting area and refining catalyst loading, we can push efficiencies to 10% and beyond in future generations of larger modules,” said SunHydrogen’s Chief Technology Officer Dr. Syed Mubeen. “We are also thrilled to come away from this trip with critical data confirming the stability of our hydrogen modules under varying temperatures.”
   
   Advancing Real-World Testing with Honda
   Following its laboratory testing at the University of Tokyo, the SunHydrogen team visited its joint development partners at Honda R&D in Tochigi, Japan. At their facilities, the team observed on-sun rooftop testing of SunHydrogen’s 100cm² hydrogen modules.
   
   “We were particularly impressed by Honda’s innovative housing unit design, which enables hydrogen and oxygen separation without the use of membranes – a first-of-its-kind approach – and we will continue ongoing testing of the 100cm² modules,” Dr. Mubeen said.
   
   Honda will soon test SunHydrogen’s 1200cm² modules under on-sun conditions using a similar rooftop setup, and SunHydrogen is eager to utilize the performance data from these extended tests to further refine its module design.
   
   “Our visit to Japan provided valuable insights and key validation for SunHydrogen’s technology in both controlled laboratory conditions and real-world outdoor environments,” Mr. Young said. “The University of Tokyo’s unique solar simulator enabled the most comprehensive and precise efficiency testing of our large-area modules to date, while Honda’s membrane-free separation approach represents a significant milestone in real-world implementation. We extend our sincere gratitude to the entire Honda R&D team under the leadership of Mr. Yuichi Matsuo, as well as to Prof. Domen, Dr. Yamada and Dr. Nishiyama.”
6. nine_inch_nerd 11 maart 2025 11:17

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   SunHydrogen CEO Shares Update and Scale-up Plans for 1.92 m² Hydrogen Modules
   CORALVILLE, IA – March 11, 2025
   
   Dear SunHydrogen Shareholders and Supporters:
   
   As we navigate an increasingly complex global landscape marked by economic and geopolitical uncertainties and rapid shifts in policy, we stand steadfast to our commitment. While the world experiences volatility, our mission remains unchanged: to produce renewable hydrogen for the world at an economical price.
   In December 2024, we reached a significant milestone by demonstrating hydrogen production using a one-square-meter proof-of-concept prototype. This system incorporated nine 1200 cm² hydrogen modules, each housed in our proprietary enclosure and coated with our proprietary catalysts and protective layers. In January 2025, we further validated the efficiency of this prototype at the University of Tokyo.
   This success sets the stage for our next ambitious goal: scaling each module from 1200 cm² to 1.92 m²—a 16-fold increase, bringing us to the size of a standard photovoltaic (PV) module. Achieving this full-module scale is significant: it represents the point at which our technology aligns with the form factor and size of conventional PV modules used in large installations. In other words, a 1.92 m² SunHydrogen module would fit seamlessly into existing large-scale PV module manufacturing processes and project designs, presenting a huge advantage for rapid, widespread adoption. Demonstrating a module of this size that meets our target performance metrics—namely strong solar-to-hydrogen efficiency, long-term stability, and low production cost—will mark a crucial breakthrough on our path to commercialization.
   We acknowledge that increment in module size comes with engineering challenges, such as redesigning the housing structure, optimizing larger-scale catalyst and stabilization coating processes, and ensuring safe gas separation. We approach these challenges with a strong sense of confidence and purpose, knowing that our work is backed by substantial capital reserves, world-renowned scientists and engineers, and esteemed development partners: CTF Solar, Honda Research and Development, and COTEC. When inserted into the housing structures, these modules will be utilized in our planned 2025 proof-of-concept demonstrations.
   Every week, I am asked: “Why hydrogen?” I am compelled to respond with the following:
   While hydrogen is often discussed as a future transportation fuel, it already plays a pivotal role worldwide. According to the U.S. Energy Information Administration (EIA), the United States produces daily 27.4 million kilograms of hydrogen primarily through steam methane reforming (SMR). This supplies critical industries such as petroleum refining, ammonia production, chemical manufacturing, and steelmaking.
   According to the International Energy Agency (IEA), each kg of hydrogen produced via SMR generates an average of 9 kilograms of CO2 - adding up to over 246 million kilograms of CO2 released daily. The conclusion is clear: SMR is a carbon-intensive process. If renewable hydrogen can be made economically, it is clearly the better choice.
   Looking ahead, Goldman Sachs has projected that hydrogen generation could become a $1 trillion-per-year market by 2050, fueled by expanding applications in heavy industry and long-distance transport. Yet SMR alone cannot meet future demand due to its high emissions, reliance on fossil fuels, and inherent infrastructure constraints. SMR operations depend on centralized plants and significant pipeline or trucking networks, however hydrogen transport and storage infrastructure in 2025 remains limited and costly. Furthermore, many parts of the world including Europe and Asia lack natural gas reserves and are significantly reliant on the import of natural gas. Again, renewable hydrogen is a more viable option.
   That’s where SunHydrogen comes in. By using sunlight and water to generate hydrogen at or near the point of use, we:
   1. Eliminate reliance on fossil feedstocks
   2. Remove complexities of long distance hydrogen transportation
   3. Enable scalable, modular hydrogen production
   
   Wherever there is real estate and sun, SunHydrogen’s approach positions the entire hydrogen ecosystem for sustainable, cost-effective growth that could extend far beyond current applications.
   
   We deeply appreciate your continued support and confidence in our mission. Together, we are shaping the future of renewable hydrogen and driving the world toward a greener, more resilient energy economy.
   
   Sincerely,
   
   Tim Young, CEO
7. Radikal 11 maart 2025 11:23

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   Was al héél lang fan van Sunhydrogen, nu nog beetje meer zelfs :-)
8. nine_inch_nerd 9 april 2025 12:39

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   SunHydrogen Appoints Dr. Syed Mubeen as Chief Technology Officer and Hans-Peter Klein as Business Operations Director
   Coralville, IA-April 9, 2025 – SunHydrogen, Inc. (OTC: HYSR) is pleased to announce the promotion of Dr. Syed Mubeen to the position of Chief Technology Officer (CTO) and the appointment of Hans-Peter Klein as Business Operations Director.
   
   Dr. Mubeen previously served as the Company’s Chief Scientific Officer (CSO) since January 2022, where he played a pivotal role in driving the strategic direction and execution of the Company’s technology development, particularly in advancing the Company’s Gen 2 and Gen 3 renewable hydrogen panel systems.
   
   In his new role as CTO, Dr. Mubeen will lead SunHydrogen’s efforts to scale its technology from development to mass manufacturing and commercialization. Working closely with the Company’s outstanding team of engineers and strategic partners, he will focus on optimizing product design, improving production efficiency, and accelerating the market introduction of next-generation renewable hydrogen panel systems. His deep technical expertise and strategic vision will be instrumental in driving the Company's transition from innovation to large-scale deployment.
   
   “We are thrilled to have Dr. Mubeen take on the role of Chief Technology Officer,” said Timothy Young, CEO of SunHydrogen. “Dr. Mubeen’s leadership and technical expertise have been key drivers of our success in developing breakthrough renewable hydrogen technology. Under his guidance, I am confident that SunHydrogen will continue to push the boundaries of clean energy and make renewable hydrogen production more efficient and accessible.”
   
   SunHydrogen is also excited to announce the appointment of Hans-Peter Klein as Business Operations Director. Klein brings over 20 years of experience in automation, automotive, and fuel cell technology, with a strong track record in managing complex cross-functional teams and high-stakes projects across Europe, the USA, and Asia.
   
   As Business Operations Director, Klein will oversee the company’s business operations, pilot plant development and implementation, and build a pipeline of strategic customers for when the Company’s renewable hydrogen panels are ready for commercial deployment. His expertise in business strategy and operational execution will play a critical role in preparing SunHydrogen for a successful market launch and establishing a robust foundation for future growth.
   
   “Hans-Peter brings invaluable industry expertise and a strategic mindset that will help drive SunHydrogen’s commercialization strategy,” said Timothy Young, CEO of SunHydrogen. “His leadership in building partnerships and operational infrastructure will ensure that we are well-positioned to meet market demand when our renewable hydrogen panels are ready for commercial deployment.”
   
   Since April 2021, Dr. Mubeen has also served as an Associate Professor in the Department of Chemical and Biochemical Engineering at the University of Iowa. He previously held the position of Assistant Professor at the same institution from August 2014 to March 2021. Dr. Mubeen earned his Ph.D. in Chemical and Environmental Engineering from the University of California, Riverside, followed by postdoctoral research at the University of California, Santa Barbara.
   
   Klein previously held senior roles at AVL List GmbH, where he led projects in diesel engine development, fuel cell electric vehicles (FCEV), and battery electric vehicles (BEV). He managed large, multicultural teams, guided vehicle development from design to production, and directed complex industrialization programs for high-performance automotive products. Klein’s experience in business development, supply chain management, and customer engagement will be instrumental in establishing SunHydrogen as a market leader in renewable hydrogen.
   
   “These appointments mark a pivotal moment for SunHydrogen as we transition from development to commercialization,” said Young. “With Dr. Mubeen driving technology strategy and Hans-Peter leading business operations, we are building a strong leadership team that will position SunHydrogen for long-term success in the renewable hydrogen market.”
   
   Lastly, our Chief Operating Officer, Woosuk Kim, will be stepping down from his role effective Friday, April 11th. Over the past several years, Woosuk has been an integral part of SunHydrogen’s journey, playing a key role in securing contracts with our vendors, partners, and investors. His dedication, insight, and steady leadership have made a lasting impact on our team and our mission. As he returns to the mergers and acquisitions space, we extend our deepest thanks and warmest wishes for his continued success.