HyperSolar Voltage Breakthrough Spurs Interest Within Automotive Industry

SANTA BARBARA, CA--(Marketwired - July 07, 2015) - HyperSolar, Inc. (OTCQB: HYSR), the developer of a breakthrough technology to produce renewable hydrogen using sunlight and any source of water, commented today on the impact of its recent high voltage announcement, one that has brought the Company closer to producing commercially-viable hydrogen fuel to be utilized in real world systems.

HyperSolar's announcement resulted in a number of articles authored by renewable energy, automotive, and financial websites. Of those, an article featured on GreenCarReports.com entitled, "HyperSolar Nears Voltage Needed For Solar Hydrogen Production," generated extensive discussion among the many automotive enthusiasts who visit the website. The article chronicles the Company's voltage breakthrough of 1.4 V, focusing on the technological importance of surpassing the theoretical water-splitting voltage needed to produce hydrogen (1.25 V), bringing the Company closer to the practical voltage of 1.5 V needed to produce hydrogen fuel at or near the point of distribution for real world systems. The article references how most commercial hydrogen today is produced using natural gas as a feedstock, a significant investment of energy, and how HyperSolar believes it has reached this milestone by using a low-cost renewable process with a 'far lower carbon footprint.'

HyperSolar's announcement comes during a period many perceive as a paradigm shift within the automotive industry with respect to alternative fuels. BMW recently unveiled its 5 Series Grand Turismo Hydrogen Fuel Cell Vehicle (FCV) that it intends to release for mass production by 2020. Hyundai also recently emphasized its belief that hydrogen fuel cell vehicles are the future of eco-friendly cars, committing to significant investments in the technology over the next four years. Lastly, Toyota recently announced the EPA-estimated fuel range of its Mirai FCV, a figure of approximately 312 miles per fill-up, for the vehicle that is scheduled for release in California during the fall of 2015.