SunHydrogen today announced an adjustment to the manufacturing process that will extend the lifetime of the hydrogen producing solar cell assembly by using a new combination of polymers to protect the device from photocorrosion of the solar cells.

The Company’s tech team has completed the translation of lab-based design on membrane and catalysts components into manufacturable design and parameters.

HyperSolar, Inc. today announced that it has entered into a Memorandum of Understanding (“MOU”) with Cascadia Energy Technologies, of Corvallis, Oregon.

HyperSolar, Inc. today demonstrated a working version of its large-scale hydrogen unit device that will lead to the production of full-sized panels to be included in the highly anticipated Gen 1 pilot plant. 

HyperSolar, Inc. today announced that development of its Gen 1 hydrogen generation system has progressed to the point at which it can move from the lab to manufacturing engineering before full commercial production of the hydrogen panels.

HyperSolar, Inc. announced today that it has extended its sponsored research agreement with the University of Iowa through May 31, 2020.

HyperSolar, Inc. announced today that the stability test of its proprietary fully integrated hydrogen production device has surpassed 1000 hours. The device will serve as the foundation of the Company’s first-generation commercial renewable hydrogen generator.

HyperSolar, Inc. today announced details of its plan to build a production pilot plant to demonstrate the commercial viability of it first generation system in a real world environment.

HyperSolar, Inc. today announced that the China National Intellectual Property Administration has granted HyperSolar patent No. ZL 201580026002.0

HyperSolar, Inc. today announced that it has received the European Patent Office (EPO) decision to grant the patent entitled “Multi-junction artificial photosynthetic cell with enhanced photovoltages”.

HyperSolar, Inc. announced today that the stability test of its proprietary fully integrated hydrogen production device had reached 566 hours breaking the company’s own record for wireless self-contained solar hydrogen device.

HyperSolar, Inc. today announced that its Generation 1 device design can be extended for production of hydrogen, chlorine and sodium hydroxide using waste brine and/or sea water in replacement of clean water.

HyperSolar, Inc. announced today that the stability test of its proprietary fully integrated hydrogen production device has surpassed 502 hours without any degradation and is still ongoing.