The US Department of Energy announced up to US$ 28.1 million in funding aimed at advancing wind energy nationwide across the land-based, offshore, and distributed wind sectors.
Areas of interest under this funding opportunity include:
Wind Innovations for Rural Economic Development (WIRED) (up to $6.1M)
Projects will support rural electric utilities and communities through two subtopics: 1) development of distributed wind integrated with other distributed energy resource solutions, and 2) simplification of distributed energy project development through standardized solutions and technical assistance.
Projects will support rural electric utilities and communities through two subtopics: 1) development of distributed wind integrated with other distributed energy resource solutions, and 2) simplification of distributed energy project development through standardized solutions and technical assistance.
Utilising and Upgrading National-level Facilities for Offshore Wind R&D (up to $7M)
Projects will conduct testing in support of innovative offshore wind research and development utilizing existing national-level testing facilities. A subtopic is included for projects that upgrade the capabilities of existing facilities to enable them to perform specific research activities.
Project Development for Offshore Wind Technology Demonstrations (up to $10M)
This area of interest will fund supplemental project development activities to enable demonstration of innovative technologies and/or methodologies that reduce offshore wind energy risk and cost, at planned U.S. offshore wind plants that will be operational no later than 2025.
This area of interest will fund supplemental project development activities to enable demonstration of innovative technologies and/or methodologies that reduce offshore wind energy risk and cost, at planned U.S. offshore wind plants that will be operational no later than 2025.
Tall Towers for U.S. Wind Power (up to $5M)
Taller wind turbine towers can enable access to higher wind speeds, thereby increasing energy capture and reducing cost, but continued economies of scale are currently limited by transportation constraints. A project under this area of interest will validate manufacturing innovations and demonstrate cost-effective tall tower technology that can overcome the transportation constraints currently hindering U.S. wind turbine towers over 140 meters.
Taller wind turbine towers can enable access to higher wind speeds, thereby increasing energy capture and reducing cost, but continued economies of scale are currently limited by transportation constraints. A project under this area of interest will validate manufacturing innovations and demonstrate cost-effective tall tower technology that can overcome the transportation constraints currently hindering U.S. wind turbine towers over 140 meters.
