SunHydrogen, Inc. has reached a significant milestone by collaborating with The University of Texas at Austin to install and operate a large-scale solar-to-hydrogen system at UT-CEM's Hydrogen ProtoHub. The system, featuring sixteen photoelectrochemical hydrogen reactors with a total active area of more than 30m², aims to validate SunHydrogen's technology under real-world conditions. The partnership includes the front-end engineering design by The Process Group to set up the pilot plant, which will operate entirely on sunlight and water. This project at UT Austin's J. J. Pickle Research Campus is crucial for commercial system development and gathering essential data. SunHydrogen's CEO, Tim Young, highlighted the importance of this collaboration in bringing their vision to fruition. The system will undergo assembly, installation, and long-term data acquisition by SunHydrogen in collaboration with UT-CEM. The project aligns with UT-CEM's mission to advance sustainable energy technologies through research, industry partnerships, and education. Dr. Syed Mubeen, SunHydrogen's Chief Technology Officer, emphasized the transition from lab validation to real-world testing with this pilot. The system, with over 30m² of active PEC area, will provide critical performance data for commercial design. The collaboration with UT-CEM ensures precision, safety, and engineering rigor in scale-up execution. The system will operate for six months under UT-CEM oversight, generating insights for technology development and hydrogen deployment strategies. This collaboration not only accelerates SunHydrogen's technology validation but also contributes to broader research and education in sustainable hydrogen production. The project represents a positive step towards decentralized, renewable hydrogen production and supports the global transition to a sustainable energy future.