| Project Title | University | AET Category | Industry Application |
| Analytical Method to Estimate the Maximum Power for PV Inverter System | Michigan State University | Solar PV, Solar Heating/Cooling | Power Generation |
| Control and Coordination of Multiple Power Sources | Wayne State University | Wind, Solar PV, Fuel Cells, Batteries/Energy Storage, Energy Efficiency | Power Distribution & Efficiency, Power Generation |
| Daylight & Solar Availability Assessment | The University of Michigan | Solar PV, Solar Heating/Cooling | Energy Storage, Power Generation |
| Design and Optimization of Novel Solar Thermoelectric Materials | The University of Michigan | Solar PV, Solar Heating/Cooling | Energy Storage, Power Generation |
| Design of Nanostructured Bulk Thermoelectric Materials | Michigan State University | Solar PV | |
| Determining the Efficacy of Compact Fluorescent Lamps | Michigan State University | Solar PV | |
| Determining the Efficacy of Compact Fluorescent Lamps | Michigan State University | Solar PV | |
| Development and Application of High-Efficiency Thermoelectrics | Michigan State University | Solar PV | |
| Development and Application of High-Efficiency Thermoelectrics | Michigan State University | Solar PV | |
| Development of Anatase TiO2 Thin Films for Carbon Monoxide Detection and Solar Cell Fabrication | Wayne State University | Solar PV | Power Generation |
| Dynamic Models for Solar Distributed Generation | Michigan State University | Solar PV, Solar Heating/Cooling | Power Generation |
| Effect of Transitional Metal Additives on Thermoelectric | Michigan State University | Solar PV | |
| Efficient Organic Thin Film Solar Cells | The University of Michigan | Solar PV, Batteries/Energy Storage, Solar Heating/Cooling | Energy Storage |
| Efficient Organic Thin Film Solar Cells | The University of Michigan | Solar PV, Solar Heating/Cooling | Energy Storage, Power Generation |
| Energy Efficient Greenhouse crop production | Michigan State University | Solar PV | |
| Energy Efficient Greenhouse crop production | Michigan State University | Solar PV | |
| Fabrication of Large Diffractive Optical Element Solar Concentrator Panels by Extrustion | Michigan State University | Solar PV, Solar Heating/Cooling | Power Distribution & Efficiency, Energy Storage, Power Generation |
| Flexible Conjugated Polymer Photovoltaic Cell having Controlled Nano-Strucure Highly Emissive and St | The University of Michigan | Solar PV, Solar Heating/Cooling | Energy Storage, Power Generation |
| Greenhouse Energy Project | Michigan State University | Solar PV | |
| High Efficiency Lighting and Solar Energy Conversion Using Nanostructured GaN-Based Materials | The University of Michigan | Solar PV, Solar Heating/Cooling, Energy Efficiency | Power Distribution & Efficiency |