Find Your Funding Opportunity
NOTICE OF INTENT (NOI) TO ISSUE FUNDING OPPORTUNITY ANNOUNCEMENT DE-FOA-0003183: BIPARTISAN INFRASTRUCTURE LAW (BIL) SECTION 41007(B)(1): AERODYNAMICS FOR EXTREME-SCALE OFFSHORE WIND PERFORMANCE AND SURVIVAL (AESOPS)
Service
|
Source |
Final Application Due Date |
Funding Available
|
Match Required
|
|---|---|---|---|---|
| Environment |
Federal
DOE |
09-27-2024 | N/A | No Match Required |
-
Service
-
Source
-
Final Application Due Date
-
Funding Available
-
Match Required
Status
- Opportunity Type Discretionary
-
CFDA
81.087 -- Renewable Energy Research and Development
Description
NOTICE OF INTENT (NOI) TO ISSUE FUNDING OPPORTUNITY ANNOUNCEMENT DE-FOA-0003183: BIPARTISAN INFRASTRUCTURE LAW (BIL) SECTION 41007(B)(1): AERODYNAMICS FOR EXTREME-SCALE OFFSHORE WIND PERFORMANCE AND SURVIVAL (AESOPS) The intended FOA would seek applications to fill a critical void in the development of multi-megawatt wind turbines for offshore deployment. Existing aerodynamic design tools and analysis methods are not well validated for these extreme scales, placing the cost of development and performance expectations from these designs at significant risk. The FOA would support the necessary data and analysis to validate tools used in the design and development of extreme-scale wind turbine rotors and facilitate the accelerated development and deployment of cost-effective offshore wind technology. Specifically, WETO seeks to address the lack of open-source data on the behavior of wind turbine airfoils in operation at high Reynolds numbers, i.e., at conditions in which air flow tends to be more turbulent and that are more representative of conditions as the scale of turbines increases. This FOA would provide up to $5.1 million in total funding. EERE envisions awarding 1 to 3 financial assistance awards in the form of cooperative agreements in the planned FOA. The estimated period of performance for all awards will be three (3) years. The overall goals of this FOA would be to: • Collect and disseminate benchmark aerodynamic data to inform the design of next-generation wind turbine airfoils and blades; • Develop and validate improved modeling and simulation tools for the behavior of idling or parked wind blades; and • Provide the wind industry with physical insights and trustworthy models to minimize the risk of developing and deploying extreme-scale offshore wind turbines. To view the entire NOI document, visit the EERE Exchange Website at https://eere-exchange.energy.gov.
Eligibility
- IHE
- Local Government
- Non-Profit
- Other
- State Government
- Tribal Government
Key Date(s)
- March 27, 2024: Posted Date
- March 27, 2024: Last Updated Date
- September 27, 2024: Current Closing Date for Applications
- September 27, 2024: Application Due Date
- October 27, 2024: Application Archive Date
Contact Information
EERE Exchange Help Desk
https://eere-exchange.energy.gov