SunHydrogen CEO Shares Update and Scale-up Plans for 1.92 m² Hydrogen Modules
SunHydrogen has announced significant progress in scaling up its hydrogen production technology. The company achieved a milestone in December 2024 by demonstrating hydrogen production using a one-square-meter prototype with nine 1200 cm² modules, validated at the University of Tokyo in January 2025.
The company is now targeting a 16-fold increase in module size from 1200 cm² to 1.92 m², matching standard photovoltaic (PV) module dimensions. This scaling enables integration with existing PV manufacturing processes and project designs, though it presents engineering challenges in housing structure, catalyst coating, and gas separation.
The company's technology aims to address the limitations of current steam methane reforming (SMR) hydrogen production, which generates 246 million kg of CO₂ daily. With Goldman Sachs projecting hydrogen generation to become a $1 trillion-per-year market by 2050, SunHydrogen's solution focuses on point-of-use production using sunlight and water, eliminating fossil fuel dependence and transport complexities.
SunHydrogen ha annunciato progressi significativi nel potenziamento della sua tecnologia di produzione di idrogeno. L'azienda ha raggiunto un traguardo nel dicembre 2024 dimostrando la produzione di idrogeno utilizzando un prototipo di un metro quadrato con nove moduli da 1200 cm², convalidato presso l'Università di Tokyo nel gennaio 2025.
Ora l'azienda punta a un aumento di 16 volte della dimensione del modulo, passando da 1200 cm² a 1,92 m², in linea con le dimensioni standard dei moduli fotovoltaici (PV). Questo potenziamento consente l'integrazione con i processi di produzione PV esistenti e i progetti, sebbene presenti sfide ingegneristiche nella struttura dell'alloggiamento, nel rivestimento del catalizzatore e nella separazione dei gas.
La tecnologia dell'azienda mira a superare le limitazioni della produzione di idrogeno attuale tramite il reforming del metano a vapore (SMR), che genera 246 milioni di kg di CO₂ al giorno. Con Goldman Sachs che prevede che la generazione di idrogeno diventi un mercato da 1 trilione di dollari all'anno entro il 2050, la soluzione di SunHydrogen si concentra sulla produzione in loco utilizzando luce solare e acqua, eliminando la dipendenza dai combustibili fossili e le complessità del trasporto.
SunHydrogen ha anunciado avances significativos en la escalabilidad de su tecnología de producción de hidrógeno. La empresa alcanzó un hito en diciembre de 2024 al demostrar la producción de hidrógeno utilizando un prototipo de un metro cuadrado con nueve módulos de 1200 cm², validado en la Universidad de Tokio en enero de 2025.
Ahora, la empresa tiene como objetivo un aumento de 16 veces en el tamaño del módulo, pasando de 1200 cm² a 1.92 m², coincidiendo con las dimensiones estándar de los módulos fotovoltaicos (PV). Esta escalabilidad permite la integración con los procesos de fabricación de PV existentes y los diseños de proyectos, aunque presenta desafíos de ingeniería en la estructura de la vivienda, el recubrimiento del catalizador y la separación de gases.
La tecnología de la empresa busca abordar las limitaciones de la producción de hidrógeno actual mediante el reformado de metano con vapor (SMR), que genera 246 millones de kg de CO₂ diariamente. Con Goldman Sachs proyectando que la generación de hidrógeno se convertirá en un mercado de 1 billón de dólares al año para 2050, la solución de SunHydrogen se centra en la producción en el punto de uso utilizando luz solar y agua, eliminando la dependencia de combustibles fósiles y las complejidades del transporte.
SunHydrogen는 수소 생산 기술의 규모 확장에 있어 중요한 진전을 발표했습니다. 이 회사는 2024년 12월에 1200 cm² 모듈 아홉 개로 구성된 1제곱미터 프로토타입을 사용하여 수소 생산을 시연하며 이정표를 달성했으며, 이는 2025년 1월 도쿄대학교에서 검증되었습니다.
회사는 이제 모듈 크기를 1200 cm²에서 1.92 m²로 16배 증가시키는 것을 목표로 하고 있으며, 이는 표준 태양광(PV) 모듈 크기에 해당합니다. 이러한 규모 확장은 기존 PV 제조 공정 및 프로젝트 설계와의 통합을 가능하게 하지만, 구조물, 촉매 코팅 및 가스 분리에 대한 엔지니어링 도전 과제를 제시합니다.
회사의 기술은 현재의 증기 메탄 개질(SMR) 수소 생산의 한계를 해결하는 것을 목표로 하며, 이는 매일 2억 4600만 kg의 CO₂를 생성합니다. 골드만 삭스는 수소 생산이 2050년까지 연간 1조 달러 시장이 될 것으로 예상하고 있으며, SunHydrogen의 솔루션은 태양광과 물을 이용한 현장 생산에 초점을 맞추어 화석 연료 의존성과 운송의 복잡성을 제거합니다.
SunHydrogen a annoncé des progrès significatifs dans l'échelle de sa technologie de production d'hydrogène. L'entreprise a atteint un jalon en décembre 2024 en démontrant la production d'hydrogène à l'aide d'un prototype d'un mètre carré avec neuf modules de 1200 cm², validé à l'Université de Tokyo en janvier 2025.
L'entreprise vise maintenant une augmentation de 16 fois de la taille du module, passant de 1200 cm² à 1,92 m², correspondant aux dimensions standard des modules photovoltaïques (PV). Cette mise à l'échelle permet une intégration avec les processus de fabrication PV existants et les conceptions de projets, bien qu'elle présente des défis d'ingénierie en matière de structure de logement, de revêtement de catalyseur et de séparation des gaz.
La technologie de l'entreprise vise à résoudre les limitations de la production actuelle d'hydrogène par reformage de méthane à la vapeur (SMR), qui génère 246 millions de kg de CO₂ par jour. Avec Goldman Sachs prévoyant que la génération d'hydrogène deviendra un marché de 1 trillion de dollars par an d'ici 2050, la solution de SunHydrogen se concentre sur la production sur site utilisant la lumière du soleil et l'eau, éliminant la dépendance aux combustibles fossiles et les complexités de transport.
SunHydrogen hat bedeutende Fortschritte bei der Skalierung seiner Wasserstoffproduktionstechnologie angekündigt. Das Unternehmen erreichte im Dezember 2024 einen Meilenstein, indem es die Wasserstoffproduktion mit einem Prototypen von einem Quadratmeter, der aus neun Modulen mit 1200 cm² besteht, demonstrierte, der im Januar 2025 an der Universität Tokio validiert wurde.
Das Unternehmen zielt nun auf eine 16-fache Vergrößerung der Modulgröße von 1200 cm² auf 1,92 m² ab, was den Standardgrößen von Photovoltaik(PV)-Modulen entspricht. Diese Skalierung ermöglicht die Integration in bestehende PV-Herstellungsprozesse und Projektentwürfe, bringt jedoch ingenieurtechnische Herausforderungen in Bezug auf die Gehäusekonstruktion, die Katalysatorbeschichtung und die Gastrennung mit sich.
Die Technologie des Unternehmens zielt darauf ab, die Einschränkungen der aktuellen Wasserstoffproduktion durch Dampfreformierung von Methan (SMR) zu überwinden, die täglich 246 Millionen kg CO₂ erzeugt. Goldman Sachs prognostiziert, dass die Wasserstofferzeugung bis 2050 ein 1 Billion Dollar pro Jahr Markt werden könnte, und die Lösung von SunHydrogen konzentriert sich auf die Produktion vor Ort mit Sonnenlicht und Wasser, wodurch die Abhängigkeit von fossilen Brennstoffen und die Transportkomplexität beseitigt wird.
- Successfully demonstrated one-square-meter prototype hydrogen production
- Technology validation completed at University of Tokyo
- Strong capital reserves and partnerships with major companies
- Technology aligns with existing PV manufacturing infrastructure
- Addresses $1 trillion market opportunity by 2050
- Engineering challenges in scaling up module size remain unresolved
- No current commercial production or revenue generation
- Faces technical hurdles in housing structure, catalyst coating, and gas separation
CORALVILLE, IA, March 11, 2025 (GLOBE NEWSWIRE) --
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
That’s where SunHydrogen comes in. By using sunlight and water to generate hydrogen at or near the point of use, we:
- Eliminate reliance on fossil feedstocks
- Remove the complexities of transporting hydrogen over long distances
- 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
About SunHydrogen, Inc.
SunHydrogen is developing breakthrough technologies to produce green hydrogen in a market that Goldman Sachs estimates to be worth
Safe Harbor Statement
Matters discussed in this press release may contain forward-looking statements. When used in this press release, the words "anticipate," "believe," "estimate," "may," "intend," "expect" and similar expressions identify such forward-looking statements. Actual results, performance or achievements could differ materially from those contemplated, expressed or implied by the forward-looking statements contained herein. Forward-looking statements are based largely on the expectations of the Company and are subject to a number of risks and uncertainties and other factors, known and unknown, including the risk factors described from time to time in the Company's reports filed with the Securities and Exchange Commission. Forward-looking statements contained herein are applicable only as of the date on which they are made, and the Company does not assume any obligation to update any forward-looking statements, except as may be required under applicable law.
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