SANTA FE, N.M., – GreenPower Motor Company Inc. (“GreenPower”) and the New Mexico Economic Development Department have announced the launching of the New Mexico All-Electric, Purpose-Built, Zero-Emission School Bus Pilot Project at two Las Vegas public schools and a Santa Fe charter school.

GreenPower (NASDAQ: GP) (TSXV: GPV), a leading manufacturer and distributor of all-electric, purpose-built, zero-emission medium and heavy-duty vehicles serving the cargo and delivery market, shuttle and transit space, and school bus sector, today announced the launch of the New Mexico All-Electric, Purpose-Built, Zero-Emission School Bus Pilot Project with deployments of the Type A Nano BEAST at the Las Vegas City Schools and West Las Vegas Schools and the Type A Nano BEAST Access at the Monte del Sol Charter School in Santa Fe.

“GreenPower is pleased to begin this two-year pilot project with the State of New Mexico with three Nano BEASTs in schools that are excited to evaluate all-electric transportation options for school kids,” said Brendan Riley, president of GreenPower. “By focusing the first year of the project on the Type A Nano BEAST, the state and school districts will have a unique opportunity to see how the all-electric vehicle performs in differing conditions with different sets of charging infrastructure.”

GreenPower entered into an MOU with the State of New Mexico to assess the viability and reliability of fast charging in various environments and circumstances. The school districts’ participation in the pilot is voluntary, and the state has agreed to support the program with $5 million in capital outlay appropriation to purchase the vehicles and cover the cost of the pilot project.

The 2-year pilot program supports New Mexico’s dedication to the Energy Transition Act, designed to transition the state toward the goal of 100% zero-carbon electricity supply by 2045, while also providing support for affected communities and ensuring cost protections for residents.

According to the MOU, after two successful pilot phases, EDD will support an additional $15 million for more school buses. The state also pledges to work with GreenPower to expand the all-electric, zero-emission commercial fleet at the Department of Transportation and the General Services Department.

The two-year pilot project will deploy three GreenPower Type A all-electric, purpose-built, zero-emission school buses in the first school year (2025-26), and two GreenPower Type D all-electric, purpose-built, zero-emission BEAST school buses and one Mega BEAST school bus in the second school year (2026-27). The school buses will rotate around the state for five pilot rounds each school year, with each round lasting six weeks. GreenPower will install charging systems through its Pilot Project partnership with Highland Electric Fleets, provide training for drivers, mechanics, and the community’s first responders, and track telematics through a partnership with Geotab. GreenPower will provide a detailed report to the state at the end of each school year.

“Among some of the data that will be collected is range, charging infrastructure needs, handling and maneuverability, operating and maintenance savings, student and parent acceptance, and more,” said GreenPower CEO Fraser Atkinson. “The data will help with the idea of change as schools look to create a new beginning of a clean, healthy school day.”

“As we transition towards a more flexible, diversified, and environmentally sustainable economy, we are dedicated to achieving carbon-free power,” stated Rob Black, cabinet secretary of EDD. “This is also an opportunity to introduce young students to alternative energy sources. The steps we take today will not only promote a greener future but also inspire a new generation of environmental stewards.”

“Las Vegas City Schools is proud to be one of three New Mexico schools participating in this first round of the GreenPower pilot project, and we look forward to seeing how an all-electric school bus can benefit our school system and students,” said Melissa Sandoval, Superintendent at Las Vegas City Schools.

“We have been looking at grant opportunities to begin migrating from diesel to all-electric school buses for the past couple of years,” said Christopher Gutierrez, superintendent at West Las Vegas Schools. “Participating in this pilot project will allow us to determine the best ways to integrate zero-emission buses into our fleet.”

“Our charter school is always searching for new, innovative ways to serve our students and communities,” said Dr. Zoe Nelson, head learner for Monte del Sol Charter School. “We are honored to have been chosen to participate in the state’s all-electric school bus pilot program. Our school believes in safe, sustainable, and sensible alternatives, and I cannot wait to see the multitude of benefits this investment will yield for the deserving children of the Land of Enchantment.”

About the Nano BEAST
The Nano BEAST has a standard 118 kWh battery pack and a range of up to 140 miles. Configured for up to 24 passengers, it features a seamlessly integrated aluminum body made from extruded aluminum manufactured by Constellium. The Nano BEAST is built on the EV Star Cab & Chassis which is the same platform as the EV Star Passenger Van that passed the FTA Altoona Bus Testing program with one of the highest scores ever achieved. The dual port charging is standard, with Level 2 rates up to 19.2 kW and DC Fast Charging rates up to 60 kW. Nano BEAST Access has seating for up to 20 ambulatory passengers and up to 3+ Q’STRAINT wheelchair securements, complemented with a BraunAbility rear curbside lift.

About GreenPower Motor Company Inc.
GreenPower designs, builds and distributes a full suite of high-floor and low-floor all-electric medium and heavy-duty vehicles, including transit buses, school buses, shuttles, cargo van and a cab and chassis. GreenPower employs a clean-sheet design to manufacture all-electric vehicles that are purpose built to be battery powered with zero emissions while integrating global suppliers for key components. This OEM platform allows GreenPower to meet the specifications of various operators while providing standard parts for ease of maintenance and accessibility for warranty requirements. GreenPower was founded in Vancouver, Canada, with primary operational facilities in southern California. Listed on the Toronto exchange since November 2015, GreenPower completed its U.S. IPO and NASDAQ listing in August 2020. For further information, go to www.greenpowermotor.com.

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School Transportation News sat down with Patrick Duan, Co-CEO at RIDE to learn more about how the electric school bus manufacturer is approaching the North American school bus market and the future of funding.

Duan started his career with parent company BYD in 2004, serving as a design engineer. He continued up the ranks, ultimately serving as the senior vice president of operations. After 20 years with BYD, Duan became the co-chief executive officer of the new RIDE division. He’s held the position for the past two years.

RIDE, which offers purpose built electric school buses, launched its Achiever Type A followed by its Dreamer Type D in 2021. Its Creator Type C officially entered the market last summer, at which point STN EXPO West trade show attendees voted it the Best Green Technology.

Duan discusses the guiding principles of RIDE, the remaining challenges and emerging opportunities of electric school buses, and more.

STN: What inspires RIDE when creating new school buses and technology?

Duan: At RIDE, we develop and deliver innovative transportation technologies designed to positively impact people’s lives, especially those of children, our most important passengers. Inspired by a deep commitment to safety and health, we strive to create solutions that ensure a secure and nurturing journey for the next generation.

STN: What is your long-term vision for the future of school transportation in the U.S., and how does RIDE fit into that picture?

Duan: School transportation will not only be safer, cleaner and more efficient, but it will also contribute to energy resiliency. Battery-electric school buses serve as mobile energy storage units, integrating with local microgrids to support the community’s energy needs.
RIDE emphasizes the innovation of battery technology and integration with charging infrastructure and utility platforms, while maintaining a strong focus on customer support.

STN: What do you see as the advantages of electric school buses, beyond the environmental benefits?

Duan: Vehicle-to-Grid (V2G). Bi-directional capability allows electric school buses to both draw power from and supply power to the grid. This enables ESBs to act as distributed energy resources, supporting grid stability, peek shaving, and energy storage, making them active participants in modern, flexible grid systems. V2G capability makes ESBs not only cleaner but also more cost-efficient for school transportation by allowing electric school buses to store energy when demand and prices are low and feed that energy back to the grid when demand is high.

STN: What are some of the challenges school districts face when transitioning to electric school buses? How is RIDE helping them overcome those barriers?

Duan: Transitioning to ESBs requires extensive project coordination among key stakeholders, including OEMs, contractors and utility companies. While ESBs offer significant long-term cost savings over traditional powertrains, the initial investment for vehicles, chargers and infrastructure can be substantial. RIDE Eco, a dedicated team supported by a nationwide network of partners, was formed three years ago to deliver turnkey solutions that cover charging infrastructure, technology integration and project financing, simplifying the transition for school districts.

STN: What has customer feedback been on the Type C Creator that STN EXPO West attendees awarded Best Green Technology last year?

Duan: Thank you for the recognition. We’ve received overwhelmingly positive feedback on the quiet, smooth operation of the Creator, as well as its versatile range of vehicle sizes and battery capacities. What truly sets the Creator apart is its commitment to safety—featuring the “Blade Battery” design—and our industry-leading, 12-year, 800 MWh throughput battery warranty, providing unmatched long-term value and peace of mind.

STN: Why is the Blade an important long-term technological advancement for RIDE’s electric school buses?

Duan: The new Blade Battery offers exceptional safety and longevity. Built with lithium iron phosphate (LFP) cells, it has passed demanding safety tests—including the nail penetration test—without emitting smoke or fire, showcasing outstanding thermal stability. Its innovative blade-shaped, cell-to-pack architecture eliminates traditional modules, significantly boosting space efficiency and enabling higher volumetric energy density for extended driving range.

STN: Can you share any details of pilot programs or partnerships that you see as proving the business case for electric school buses?

Duan: Since 2024, we have delivered over 160 electric school buses in the U.S. A flagship deployment in Northern California features 75 RIDE Achiever buses equipped with V2G technology. On average, this fleet collectively returns 4.5 MWh of energy to the grid each day—enough to power approximately 150 homes for a full day.

STN: How do you see policy and funding (EPA Clean School Bus Program, state funding, mandates, regulations) playing a role in accelerating the adoption of electric school buses?

Duan: Federal and state-level funding and mandates are essential for accelerating the adoption of ESBs. Programs such as the EPA’s Clean School Bus Program provide substantial grants and rebates that help offset the upfront costs of the vehicles and associated charging infrastructure. In addition, state-level incentives increase affordability and often align with broader climate and transportation goals. States like California have
implemented mandates with clear timelines, creating market certainty for school districts, manufacturers and utility providers.

These funding mechanisms often go beyond vehicle procurement, including support for planning and infrastructure development. This ensures that districts are equipped not only with buses, but also with the necessary charging equipment, workforce training and grid upgrades. Such support is especially critical for enabling advanced technologies like V2G, which require robust infrastructure and coordination across multiple sectors.

STN: How do you see tariffs impacting the industry?

Duan: Tariffs could significantly impact the entire school bus industry and its supply chain. This is particularly true for the rapidly growing ESB sector, where tariffs can create short-term cost pressures and disrupt supply chains. These added costs may slow down deployment and strain school district budgets.

STN: Why did RIDE choose to build up its school bus inventory instead of 100-percent, made-to-order like other OEMs?

Duan: RIDE brings extensive experience in designing and manufacturing a wide range of commercial electric vehicles, including transit buses and coaches—segments that typically operate within a made-to-order, highly customized market. However, when we began developing our school bus platforms several years ago, we recognized a unique opportunity: To standardize the platform design.

This strategic shift has enabled significant improvements in our manufacturing processes, enhancing overall production efficiency, consistency and scalability. By moving away from a fully customized model and adopting a standardized approach for school buses, RIDE is better positioned to meet growing demand, streamline operations and deliver high-quality electric school buses at scale.

STN: What other innovations or trends are you most excited about in the next five years for school bus fleet electrification?

Duan: Two major innovations are poised to redefine the future of electric school bus fleets. First is the mass-market implementation of V2G technology, which positions ESBs as critical assets in energy resilience. By enabling bidirectional charging, school buses can store and return electricity to the grid, supporting peak load management, emergency back up, and greater grid stability.

Second is the integration of advanced driver assistance technologies, a game changer for both safety and operational performance. These technologies enhance driver and passenger safety, improve the overall driving experience, help address the ongoing driver shortage by easing workload, and boost fleet efficiency through features such as automated braking, lane-keeping and collision avoidance.

STN: Thank you.

Editor’s Note: As reprinted in the June 2025 issue of School Transportation News.

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Related: (STN Podcast E265) Onsite at STN EXPO West: Innovations & Partnerships for School Transportation Success
Related: Funding, Data and Resiliency Needed for Electric School Bus Success
Related: V2G Legislation Looks to School Buses to Help Power Electric Grid
Related: Gallery: Green Buses, Bus Technology Highlighted on STN EXPO West Day 3

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