SunHydrogen, a tech startup, unveiled a groundbreaking prototype that can efficiently convert water and sunlight into hydrogen energy, representing a significant leap in renewable energy technology. The company's demonstration exhibited the ability of its unit to produce hydrogen using a unique method that bypasses the traditional electrical conversion process. By initiating the electrolysis process directly from modular solar panels, SunHydrogen showcased the versatility of its technology, even functioning under freezing and overcast conditions. The push for green hydrogen has gained traction, particularly in industries like aviation, where it offers a cleaner alternative to power planes compared to heavy batteries. Despite the current high cost of production, advancements like SunHydrogen's breakthrough pave the way for a more economically viable future for green hydrogen. Other startups are also making strides in this field, with one already securing a green hydrogen agreement with a major steel producer. Looking ahead, SunHydrogen plans to expand its technology for larger-scale pilot demonstrations, focusing on enhancing efficiency, reducing costs, and upscaling the system. The company aims to further develop its materials to ensure cost-effectiveness without compromising performance. The ultimate goal is to advance the technology to larger panels and make green hydrogen production more accessible and sustainable. SunHydrogen's Chief Scientific Officer highlighted the next steps, including the continuous improvement of the technology and the scaling process to 25 m² and beyond. In conclusion, SunHydrogen's recent breakthrough signifies a promising shift towards cleaner energy solutions, with the potential to revolutionize the renewable energy landscape in the near future.