$6M for UH wave energy conversion research
A new infusion of $6 million will allow HNEI to continue to provide critical research and logistical support to the Navy’s Wave Energy Test Site.
A new infusion of $6 million will allow HNEI to continue to provide critical research and logistical support to the Navy’s Wave Energy Test Site.
The Clinical Building has joined a dozen other structures throughout the UH campus system in achieving Gold LEED status, one of the top levels of energy efficiency.
Researchers were awarded a U.S. patent for their recent invention that enhances the longevity and performance of fuel cells which produce clean energy for transportation.
The Campus Operations Planning and Facilities team increases energy savings through infrastructure upgrades, moving the campus toward its net zero energy goal.
The innovative renewable energy initiative aims to help the university achieve its goal of net-zero energy by 2035 and bring more cost-effective, renewable energy resources the entire state.
OTEC is a process to produce energy using the temperature differences between warmer ocean surface waters and colder deep ocean waters.
Teams were challenged to develop concepts using wave energy to drive small-scale desalination systems for use in disaster response scenarios.
The research will help Hawaiʻi developers, builders and residents identify energy-saving strategies to cut energy bills and greenhouse gas emissions.
The team was awarded a grant to develop short-term forecasts of sunshine that can reach rooftops and solar panels.
A photovoltaic battery system at the University of Hawaiʻi Marine Center has been proving its value by keeping the power on while reducing the electricity bill.