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Page • U.S. Marine Energy Developer’s Projects. Numbers link project information to location. As an emerging industry, marine energy (ME) faces distinct challenges in getting projects permitted and deployed. This project developed a comprehensive understanding of the challenges associated with the environmental permitting and compliance process and further developed strategies for overcoming...

Page • Sandia National Laboratories conducts extensive research on hydrogen fuel cells, which are established power sources for various applications, including forklifts, mobile lighting, emergency backup systems, and vehicles. Our focus includes studying the feasibility, optimization, and safety of hydrogen fuel cells specifically in maritime environments, with an emphasis on powering both...

Page • Hydrogen Fuel Cell Project at Honolulu Harbor Hosting the technology fits in with Young Brothers’ core value of environmental stewardship, Young Brothers President Glenn Hong, shown here at the Honolulu Harbor facility. Hydrogen fuel cells have a long track record of supplying efficient, clean power for a wide range of...

Page • The program’s goal is to support the life cycle and performance of wave and tidal energy technologies through materials and coatings. Efforts include prevention of corrosion and biofouling, composite performance, composite manufacturing, along with materials/coatings inspection and reliability. Related Efforts Wind & Marine Energy Composites Database Advanced Materials Laboratory

Page • A designer and operator of high pressure mechanical test systems in the Hydrogen Effects on Materials Laboratory at Sandia prepares a system for testing with hydrogen gas. Foremost among the technical challenges for the widespread use of hydrogen is developing and verifying that the materials used to hold and deliver...

Page • Materials Database The U.S. Department of Energy’s Wind Energy Technologies Office and Water Power Technologies Office have funded Sandia National Laboratories and its partner, Montana State University, to conduct extensive testing and analysis on wind turbine blades and materials for marine energy devices in support of the industry and research...

Page • Providing the critical combination of value, safety, and reliability needed for next generation grid-scale electrical energy storage starts with materials innovation. Through innovation of novel electrochemical systems, understanding of material interactions, and detailed investigations of critical structure/property/processing/performance relationships, Sandia meets the challenges needed for large-scale, cost-effective electrochemical energy storage. Our...