![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEi8NspV_Ke3-Lb1QOexZbtceGedbc0YUIt1yi9l5K3bMvA7sSAjMuK05axOXSjbg8fyVLWIEm81N_U19Fjnpkb17uOA8qmjOpDveHYONpjl7lP7vuegkZZYhw0R-VOIifuoeb-mIEIYhDJU/s400/next+aeolus+1.jpg)
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhjQU2vbFCxwbxWIhPP2jg7gksa8tZ6cY72tl33mqcc8Fw9aaKueBSTE0Jzsfy4Fa_2NYTFB4JbaylRqj4P94YVtu8WyzjZtwuoTxUASNDn1K6K8J6XickZRY-1mSdleYVbbXDTSN69VKiD/s400/arduino+1.jpg)
Project Aeolus is part of an ongoing effort to understand the energy potential in wind. In partnership with the Kentucky Science and Technology Corporation, the University of Kentucky - with help from New York based firm Bureau V - is looking at how to make wind energy both viable in the state of Kentucky and an educational resource for the commonwealth.
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