Funding will be used to support Accio Energy’s transformational work developing utility-scale electrohydrodynamic (EHD) wind energy generation systems offering much lower cost offshore energy with a higher capacity factor and significant siting advantages.
The Accio Energy team is partnering with the University of Maine's Advanced Structures and Composites Center to design, build, and test progressive prototypes and develop offshore validation of performance, scalability, and operability in real world conditions.
Accio Energy received this competitive award from ARPA-E's 2015 OPEN program, which seeks to ensure that the agency has an opportunity to support innovative energy R&D that falls outside of the topics of its focused technology programs. The objective of the ARPA-E OPEN solicitation is to support the development of potentially disruptive new technologies across the full spectrum of energy applications.
EHD technology uses the wind to separate a mist of positively charged water droplets from excess electrons that form a high voltage direct current source. EHD systems will operate on seawater; be built using high-volume, low-cost automotive heritage advance manufacturing; offer deep-water deployment options and radar compatibility; and be sufficiently robust to survive expected storm conditions. Accio Energy has demonstrated EHD at laboratory scale and commercially relevant power densities. The team's innovative approach could create an entirely new option for low-cost offshore wind to accelerate development of the offshore wind market in the U.S. and globally to mitigate the impact of greenhouse gas emissions and climate change risks.
For additional information about Accio Energy and this project, please visit http://www.AccioEnergy.com.
ABOUT ACCIO ENERGY
Based on electrohydrodynamic (EHD) charge separation principles, Accio Energy's wind systems can reduce of the cost of offshore wind power generation and increase the system capacity factor. Without massive spinning blades, Accio's offshore system is visually unobtrusive and more easily enables a floating option that allows deep-water deployment. Leveraging high-volume, efficient automotive-heritage manufacturing to create modular panels from readily available materials, Accio's systems will be shipped using standard container-based shipping methods to be assembled and installed in utility scale arrays. Learn more at: http://www.AccioEnergy.com