Missouri S&T Clean Energy Vehicle Pushes the Limits with Plug-In Hybrid Powered by Wind, Solar, and Hydrogen
The Missouri University of Science and Technology (Missouri S&T) is driving clean innovation forward—literally. As part of the U.S. Department of Energy’s EcoCAR competition, the school’s advanced vehicle team has most recently transformed a 2009 Saturn Vue into a cutting-edge plug-in hybrid electric vehicle (PHEV). However, this isn’t just any hybrid. It runs on hydrogen, solar, and wind power too.
The Missouri S&T team reimagined what a car can do. They didn’t just retrofit a hybrid—they built a system from the ground up. It combines plug-in power, hydrogen fuel cells, and on-site renewable energy. The result? A cleaner, smarter vehicle. This design slashes emissions and boosts flexibility. Drivers can charge from wind, solar, or hydrogen. Unlike most hybrids, this one adapts to multiple energy sources. That’s not just innovation—it’s a working model for a cleaner future.
Engineering Beyond the Ordinary
This plug-in hybrid uses an electric motor powered by lithium-ion batteries. In addition, the batteries charge from a wall outlet; however, that’s only part of the story. Missouri S&T’s team developed a full-scale renewable energy system on campus to support the vehicle’s energy needs. As a result, the car can be charged using clean electricity from wind turbines, solar panels, and a hydrogen fuel cell station.
Even better, the fuel cell powers an on-board generator. It charges the battery whenever needed, creating an extended-range system that sharply cuts tailpipe emissions. Because of this, the vehicle goes farther—without fossil fuels. This forward-thinking design reflects the school’s holistic view of sustainable transportation. They don’t just focus on the car. They also consider how it’s powered from start to finish.
Missouri S&T Clean Energy Vehicle: A Clean Campus Charging Solution
Missouri S&T didn’t stop with the vehicle. Instead, they built the infrastructure to match. The team installed two wind turbines and a solar charging station right on campus. As a result, they created a closed-loop renewable charging system. Through this setup, students show how distributed clean energy can power the next generation of vehicles. At the same time, their hydrogen system uses electrolysis driven by renewable electricity. So now, the campus produces another clean, emission-free fuel—entirely on-site.
This isn’t just a class project—it’s a real-world demonstration of how communities can power clean vehicles with clean energy. By integrating multiple renewable sources, the team shows that dependence on fossil fuels isn’t inevitable.
EcoCAR: Driving the Future of Transportation
The EcoCAR competition is sponsored by the U.S. Department of Energy and General Motors. It also challenges university teams to reengineer a vehicle for maximum energy efficiency and also minimum emissions. Missouri S&T’s entry also stands out for its bold integration of multiple clean technologies.
Because of this approach, the project has also gained national attention as a blueprint for the future of automotive design and sustainable infrastructure.
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Finally and for more information on Missouri, follow them on twitter at http://x.com/MSandT_EcoCAR or their blog at http://ecocar.mst.edu/
