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Funding Expands Infrastructure to Support University's Clean Energy Goals

Alabama A&M University students boarding BTS electric bus
September 26, 2024

Alabama A&M Awarded $8.1M Grant to Achieve 100% Zero Emissions by 2031

Alabama A&M University’s Bulldog Transit System (BTS) has been awarded an $8.1 million Competitive Low-No Emissions Program Federal Assistance grant for FY 2023. This funding will accelerate BTS’s ongoing efforts to achieve a fully zero-emissions transit system by 2031.

Since 2017, the BTS has been transitioning towards a sustainable, renewable energy future by phasing out fossil fuel buses and replacing them with battery-electric buses and related infrastructure. This grant will help fund major upgrades, including expanding the capacity of the solar power microgrid system to 2.5 megawatts for BTS’s electric storage system, which powers its charging stations and bus facilities.

“This funding allows us to expand on the infrastructure we’ve already built and to enhance our solar energy capabilities,” says Marshall Chimwedzi, Director of AAMU BTS. “Phase II will include adding chargers, a driver’s lounge, and microgrid monitoring rooms to the bus storage facility. We’ll also enclose the service bay and upgrade our information systems with real-time monitors.”

Rendering of AAMUDOT Solar Power Microgrid System

The project includes an eight-bay expansion to the bus storage station and workforce development programs to train technicians in solar and electric bus maintenance. BTS will also purchase a zero-emissions autonomous shuttle, an electric shuttle bus, and an electric service truck to further support operations. The grant is active from September 16, 2024, through March 30, 2031, with a target of achieving 100% zero emissions by 2031.

In 2019, Alabama A&M became the first Historically Black College or University (HBCU) to introduce electric buses, along with a charging station and bus storage facility. The University received an additional $4.2 million grant in 2021 to purchase more electric buses, construct a bus service bay, and install a battery-electric storage system with charging stations. 

“The University and surrounding communities will benefit from reduced harmful emissions, contributing to environmental justice,” Chimwedzi explains. “This initiative will serve as a model for other transit agencies and aligns with the U.S. Department of Transportation's sustainabillity goals.”

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