As diesel school buses reach the end of their lifeline, many school districts are exploring battery-electric options as a cleaner, healthier, and more cost-effective alternative. While there may be initial concerns around workforce readiness, safety, and driver experience, the transition to electric school buses brings a host of benefits – and we’re here to help guide you through it.

Will I need to find new trained and skilled personnel to operate and maintain these new electric buses?

A successful shift to electric school buses does depend on a knowledgeable workforce, but that doesn’t mean starting from scratch. At RIDE, we offer a tiered training program that covers everything from basic maintenance to advanced technical diagnostics, designed to support your team every step of the way.

We understand that each school district has unique needs, which is why we customize our support to fit your specific requirements – whether through the RIDE customer service team or our network of authorized maintenance dealers. Our team is always just a phone call away, ready to guide you through the transition with personalized assistance every step of the way.

How do electric school buses improve rider safety?

Safety, especially battery safety, is our top priority. RIDE school buses are purpose-built and equipped with lithium-iron phosphate battery technology offering a reliable and secure solution for student transportation.

RIDE batteries undergo extensive testing including crushing, heat and puncture resistance, and come with a 12-year warranty. Through innovative technologies, rigorous testing, and comprehensive training programs, RIDE goes above and beyond to ensure battery safety – offering a level of assurance that sets us apart from our competitors in the market.

In addition to battery safety, RIDE electric school buses have successfully passed some of the most rigorous structural tests in the industry, including a side intrusion test and the Colorado Racking and Kentucky Pull Test, ensuring maximum structural integrity and safety.

Furthermore, RIDE buses are equipped with all key industry-standard safety components. Our engineering team works closely with suppliers to continuously enhance product safety from the rider’s perspective.

Will electric school buses affect driver performance?

Electric school buses are designed to enhance, not hinder, driver performance. Many drivers report a smoother and more responsive driving experience compared to diesel buses. With instant torque and regenerative braking, electric buses provide greater control and easier handling, particularly in stop-and-go traffic or on hilly routes.

The quiet operation of electric school buses heightens the driver’s ability to monitor the school bus and its passengers. The overall reduced noise level allows for clearer communication between the driver, students, and any adults on the bus, especially during emergencies or stops. The sustainable design also helps reduce harmful emissions, improving air quality for students – especially those with asthma or respiratory issues.

In addition, the quiet operation of electric buses helps reduce driver fatigue and allows for better focus. Without the constant rumble of a diesel engine, drivers can more easily hear and communicate with students, leading to a calmer and safer ride.

The shift to battery-electric school buses represents more than just a change in technology – it’s a commitment to cleaner air, healthier communities, and a more sustainable future for our students. While the transition may come with questions, solutions are already in place to support every step of the journey. Let’s take the next step forward, together.

Learn more at ride.co. Read Jason Yan’s Q&A from the July issue of School Transportation News and co-CEO Patrick Duan’s Q&A from the June issue.

The views expressed are those of the content sponsor and do not reflect those of School Transportation News.

The post Moving Forward Together Toward a Battery-Electric Future appeared first on School Transportation News.

A curious thing happened in New York State last month. While it is normal each spring
for states to approve budgets for the coming fiscal year, and adding all sorts of funding
provisions, New York legislators took the opportunity to address school bus electrification.

What’s so abnormal about that, you ask? After all, the state is staring down a 2027 deadline for all school districts and bus contractors to only purchase zero-emission school buses, in other words battery-electric.

The budget added another year extension to 2029 for school districts demonstrating hardships in meeting the compliance date, and that’s a good thing. At the same time, legislators included a provision that seemingly makes selling and buying electric school buses that much harder.

Article 11-C calls for independent, third-party estimated range testing in all operating conditions. School bus dealers will need to provide real-world data (or as closely replicated as possible) that demonstrates how range is affected by different road conditions, topography and weather. And by Jan. 1, 2026, no less. While the industry
desperately needs accurate, real-world range estimates rather than perfect-world scenarios that don’t exist, the possibilities under this budget are arduously endless.

Like with most legislation, the devil is in the details. And this budget lacks a lot of it.
The New York State Energy Research and Development Authority (NYSERDA) administers the New York School Bus Incentive Program, which supports the adoption of electric school buses across the state. A spokesperson told me, “many engineering firms and other companies across the country focus on testing buses, which could include the range of buses.” But NYSERDA doesn’t maintain a list of names.

Institutions like West Virginia University’s Center for Alternative Fuels, Engines and Emissions come to mind, but at what price? A representative there had not responded to my question on the feasibility of such a project. The logistics of each manufacturer shipping a year’s worth of electric school bus orders to a testing facility or facilities
makes no logistical or financial sense. Then, there’s the question of how to test. An electric vehicle expert I spoke with said testing an electric school bus on a dynamometer could cost well over $50,000.

That’s before finding a climate-controlled room to mimic all the different weather conditions not to mention road surfaces. It is certainly improbable if not impossible
to physically test drive each school bus on all conceivable types of routes throughout the state.

The NYSERDA spokesperson added that specialized equipment is not necessary, “just buses and a comprehensive testing plan to compare buses and track energy use and miles driven.”

But no such plan for school buses currently exists, according to industry insiders I spoke with. There is statistical data collection for other electric vehicles that could serve as a starting point. The National Renewable Energy Laboratory also has a free data logger that is compatible with telematics systems but is only working with a half-dozen fleets so far.

Meanwhile, the New York fine for noncompliance with the testing, enforced on Jan. 1, is $1,000 per bus. NYSERDA did not respond to a question on where fine revenues would go. Funding a program to help school districts purchase electric school buses and infrastructure would be a good place to start, or to fund the testing it calls for. But who’s to say school bus dealers don’t simply take the fine and proceed with the sale, and pass through the additional costs to customers?

I hear the provision was added to the budget by legislators as a counterbalance to extending the school district waiver and because of the contrast between OEM range estimates and actual range from the field. Expect ongoing discussions in Albany throughout the summer and fall. Realistic electric school bus range data is sorely needed,
there’s no question about that, and existing telematics data from each school bus model and each battery configuration is the key. Take that data and quantify by weather, road conditions and geography. I’m simplifying, of course. The challenge remains that there aren’t enough electric school buses on the nation’s roads yet, much less New York’s, to account for every type of route in every climate. But it’s a start.

The work needs to begin yesterday, or legislators need to fix the provision, to avoid a winter of discontent in the Empire State and possibly beyond.

Editor’s Note: As reprinted in the June 2025 issue of School Transportation News. NYSERDA responded to comments after the article went to print, noting that penalties for violations may be recovered by the attorney general, per Section 199-p of the General Business Law.  Find more updated information on the state budget. 

Related: New York Gov. Hochul Open to Extending Electric School Bus Mandate
Related: New York Pushes Forward with Electric School Bus Mandate Despite Opposition
Related: (STN Podcast E209) Let’s Get Into It: NY Organization Tackles Nitty Gritty of Fleet Electrification
Related: State Budget Calls for Real-world Range Testing for Electric School Bus Sales

The post New York State of Charge appeared first on School Transportation News.

CUMBERLAND, R.I. – Blackstone Valley Prep (BVP) recently celebrated an electrifying milestone – its fleet of electric school buses surpassed 100,000 miles traveled since hitting the roads last winter. Since its introduction to the community, the new fleet of 24 electric vehicles (EV) has been met with revere and praise for their quiet nature and most importantly, the beneficial impact on the futures of their students and community.

In this major milestone for sustainable student transportation, the 100,000 miles Blackstone Valley Prep’s EV fleet has traveled is a distance that marks more than just mileage. The electric buses have prevented approximately 157,198 kgs of carbon dioxide from entering the atmosphere thus far, which is equivalent to taking around 33 passenger vehicles off the road for an entire year, based on conversion factors from the Environmental Protection Agency (EPA). As illustrated by the statistics above, it is clear that these EV school buses are creating a healthier and more sustainable future where every mile driven helps reduce harmful emissions and promotes cleaner air in their communities.

Beth Dowd, Director of Operations at Blackstone Valley Prep shared, “We’re so proud to have surpassed 100,000 miles already in the handful of months we’ve been running our electric fleet! We are deeply committed to the well-being of all of our scholars and our entire community, and these numbers are showing us that this effort will make a significant impact over time.”

“Congratulations to BVP for reaching this incredibly impactful milestone. This 100K mile achievement is a testament to the real-world impact electric school buses are having on the environment and the communities they serve,” said Wayne Skinner, Senior Vice President of Fleet & Procurement, Durham School Services. “It is crucial that we recognize these EV milestones and share progress updates and data, which can then be used to support and advocate for state and federal EV funding assistance programs. BVP’s milestone is just one of many more to come, and we hope you’ll join and support us as we continue to advocate for healthier, greener futures for our students and communities.”

About Durham School Services: As an industry-leading student transportation provider, Durham School Services is dedicated to the safety of our students and People. For more than 100 years, we have been committed to Excellence and upholding our mission of getting students to school safely, on time, and ready to learn. Through this mission and a grassroots approach to our operations, Durham School Services has earned recognition as a trusted transportation provider among our Customers and the Communities we serve.

The post Blackstone Valley Prep’s Electric School Buses Drive Students to a Healthier Future with 100K Milestone appeared first on School Transportation News.

A new requirement for selling electric school buses in New York has school bus dealers there worried about vehicle availability and even higher prices one year before a mandate goes into effect requiring all purchases be zero emissions.

The $254-billion budget for the 2025-2026 fiscal year signed into law May 9 includes a much-needed extension to 2029 for school districts demonstrating their hardships with implementing ESBs to begin purchasing only electric school buses. But provision Article 11-C, while good in theory for its intent to provide better range estimates, is short on detail that the dealers association said could lead to unintended consequences.

The three paragraphs call for independent third-party, real-world ESB range testing to be performed starting Jan. 1, 2026, before the zero-emissions vehicles could be sold to in-state school districts and bus companies. Data must be obtained over 10,000 miles operated in extreme weather conditions and over different terrains to gauge battery degradation and resulting range. The law also wants the testing to account for parking  ESBs outside versus inside. It does not specify how the types of chargers used could affect the battery lifecycle.

The New York School Bus Distributors Association (NYSBDA) opposes the provision.

“New York’s school bus dealers are transparent with their customers about the impact extreme weather conditions, terrain, driver operation, and many other factors have on the range of all-electric school buses,” said Peter Tunny, the organization’s executive director. “School districts rely on school bus dealers to partner with them to ensure more than 2.3 million children safely get to school and back home each day and part of that responsibility is to provide the most accurate data available regarding the capabilities of electric school buses.”

The New York State Energy Research and Development Authority (NYSERDA), which oversees the state’s zero emission school bus initiative, told School Transportation News last month it is aware such testing exists, available from unnamed firms or testing facilities nationwide. Aside from specific testing centers or procedures, the question that remains to be answered is how, especially with just over six months before the law goes into effect.

One student transporter familiar with the legislative negotiations told STN legislators may have added the range testing requirement to counterbalance the additional year extension granted to school districts.

“If you want that, you are going to have to do this,” the source added.

The intent of the range estimates is to bridge the gap between best-case-scenario figures marketed by OEMs and what student transporters are reporting from their operations. The theory is good, added NYSBDA’s Tunny, but school bus dealers are unaware of any such procedures or facilities to perform such tests.

More questions center on a $1,000 fine, ostensibly on school bus dealers, if the real-world estimates are not provided. No mention is made of how this money will be collected or what it would be used for, such as existing funds for school districts to electrify their fleets. The New York State Attorney General’s office oversees the penalties for violations. A spokesperson had not responded to a request for comment at this writing.

There was also no clarity on if the fine would be tantamount to purchasing a carbon credit. Would it be cheaper for a dealer or OEM to take the $1,000 fine and then proceed with the sale? Would that even be allowed? A source familiar with the legislation but who asked to remain anonymous noted the fine would be “a drop in the bucket” for a $450,000 electric school bus.

NYSBDA is seeking clarification.

“With little information regarding entities which provide independent rate estimates for electric school buses, it is impossible to know if it will make more sense to pay for the testing or the $1,000 fine,” said Tunny, a retired director of transportation for South Colonie Central Schools near Albany. “Unfortunately, at the end of the day, any increasing costs by the state will ultimately be passed on to the school district. It might make more sense with the state to conduct the independent testing by working with New York school transportation stakeholders, and utilizing a state entity, like [NYSERDA] in conjunction with the state education department.

He added that NYSBDA continues to analyze the language of the budget to determine if it would be feasible for OEMs to provide the testing or ship the buses from the factory to a testing site.

“The law should be repealed immediately so the school transportation stakeholders can sit down with Gov. [Kathy] Hochul and the legislature to help craft a law that will actually accomplish their goals without creating another obstacle to selling electric school buses in New York State,” he said.

School bus OEMs are also finally attuned to the matter, albeit they had no answers to the issue yet, either. A Blue Bird spokesman told STN the OEM and its dealers are “monitoring related developments and evaluating appropriate steps.” Meanwhile, a representative of Thomas Built Buses said its dealers were meeting with their lobbyists. At this report, no dealers had asked their OEM partners that more accurate range testing be performed before the school buses ship from the factories.

Related: New York Gov. Hochul Open to Extending Electric School Bus Mandate
Related: Funding, Data and Resiliency Needed for Electric School Bus Success
Related: Update: Future of Electric School Bus Funding Remains Unknown, Warns Expert

There are options for collecting the required data, but they could take time. One scenario could utilize telematics data from ESBs and create statistical models for different road conditions, weather and geography through in-use operations. The EV Watts program provides reliable estimates for over 950 electric passenger vehicles based on kilowatt-hours consumed. It is one the largest public datasets available. A source familiar with the program told STN that a school bus version EV Watts had been planned but its funding was cut.

Still, there are far fewer electric school buses in operation to run similar models. And aside from running models in all different temperatures and road conditions, additional challenges arise in more technology and operational variances such as battery capacity and programming, the impact of different wheelbases and tires on fuel economy, and the effect of using electrical heating compared to fuel-fired heaters, to name a few.

The National Renewable Energy Laboratory works with a half-dozen school districts nationwide to provide data for its FleetREDI analyzer. But none of the school districts operate in New York, though NREL is actively looking to recruit additional electric bus fleets, a representative told a panel audience at the ACT Expo in April.

Other nonprofit clean energy consultants could potentially perform or facilitate testing. But first, NYSERDA would need to provide guidance.

“Even so, the timeline could be hard to meet,” another EV consultant added.

The post State Budget Calls for Real-world Range Testing for Electric School Bus Sales appeared first on School Transportation News.

REDWOOD CITY, Calif. — Zūm, the leader in modern school transportation, today was named to the 2025 CNBC Disruptor 50, an annual list honoring 50 game-changing private companies using breakthrough technology to transform industries. This is the second year in a row (and third year overall) that Zum has been recognized by CNBC.

“Zum is proud to lead this new era of student transportation with increased safety and reliability, and improved grid resilience for families and communities across the country,” said Ritu Narayan, Founder and CEO at Zum. “We are honored to once again be part of CNBC’s Disruptor 50 alongside other incredible companies that are making an impact through innovation.”

Zum unifies parents, students, school administrators and drivers on a single personalized technology platform, enabling never-before achieved levels of visibility and data-backed accountability. Through the Zum app, parents can track their child’s ride to and from school in real time, see a profile of their child’s bus driver and be notified of their child’s pickup or dropoff status. Zum also allows administrators to optimize routes and provides staff with real-time data and performance reports.

In 2024, Zum launched the nation’s first fully electrified school bus fleet in Oakland, California. The 74-bus Oakland fleet is also equipped with groundbreaking vehicle-to-grid (V2G) technology, enabling the buses to return energy to the local grid at scale and improve grid resilience during times of peak demand.

Zum currently serves thousands of schools across 14 states, including districts in Los Angeles, San Francisco, Oakland; Boston; Seattle; Spokane; Nashville; Omaha; Kansas City, Mo.; Howard County, Md.; and more.

The full 2025 CNBC Disruptor 50 list can be viewed at cnbc.com/disruptors.

To learn more about how Zum is working with thousands of schools across the nation to modernize student transportation, visit Zum’s website.

About Zūm

Zum is a modern transportation solution transforming school transportation, the largest mass transit system in the U.S. Today, the company provides turnkey modern transportation solutions to school districts in California, Colorado, Connecticut, Illinois, Maryland, Massachusetts, Missouri, Nebraska, Pennsylvania, Tennessee, Texas, Washington, Utah, and Virginia, and is expanding rapidly nationwide. Recognized globally for its innovative transportation and energy as a service platform, Zum has been featured among Fast Company’s World Changing Ideas, CNBC Disruptor 50, CNBC Changemakers, World Economic Forum and Financial Times’ Fastest Growing Companies. Learn more about Zum at www.ridezum.com.

The post CNBC Names Zum to Its Disruptor 50 List for 2025 appeared first on School Transportation News.

In a world of digitization, circuit diagnosis using wiring schematics and digital multimeter data enables technicians to quickly and accurately solve electrical issues in their buses.  Vehicle electrical systems are an inescapable facet of daily life for school bus technicians, especially with the addition of electric school buses. New training at STN EXPO West in Reno, Nevada next month will equip student transportation professionals to be prepared for a wide variety of scenarios involving electrical systems and diagnostics.

The “Electric Circuitry Training” course led by David Roper, a veteran automotive instructor who works with Clean Cities, will be held on Sunday, July 13. This one-day course follows the National School Bus Inspection Training, which begins on Friday, July 11 with classroom instruction and a written exam at the Peppermill Resort, and continues Saturday, July 12 with hands-on training at Washoe County School District.

This vehicle electrical systems diagnosis training prepares participants for working on high voltage buses through a deeper understanding of electrical systems in vehicles, with the added benefit that this training equips technicians to diagnose electrical issues on vehicles no matter the fuel. Hands-on training with electric circuitry boards will allow for instruction on basic electrical principles, common electrical components, circuit construction and testing, wiring schematics, circuit tracing and troubleshooting of common circuit malfunctions.

The diagnostics section of the training will help attendees learn how to recognize if an issue is being caused by a faulty part or a wiring connection problem, a distinction that could save significant amounts of money in parts for transportation operations.

This training is available to technicians who sign up for National School Bus Inspection Training only and space is limited, so secure your spot today.

June 6 is the Early Bird Registration deadline to save $100 on regular conference registration for STN EXPO West, held July 11-16 in Reno, Nevada at the Peppermill Resort. Find registration and hotel details, conference agenda, exhibitor lists, and more information on this and other training opportunities at stnexpo.com/west.

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Related: WATCH: Fire Expert to Lead School Bus Evacuation Training at STN EXPO West
Related: STN EXPO West to Feature Routing 101 Seminar
Related: Accident Investigation Training Returns to STN EXPO West

The post New Electrical Systems Diagnosis Technician Training Offered at STN EXPO West appeared first on School Transportation News.

Going green is on the radar for many student transportation fleets, but choosing what fuel to use is not always a simple decision. Read this month’s issue for articles on expectations and benefits of green energy options, the knowledge foundation needed for routing efficiency, electric school bus legislation in New York and the news from the 17th National Congress on School Transportation.

Also find the STN EXPO Reno Preview, complete with agenda topics, speaker information, unique event descriptions and trade show exhibitors.

Read the full June 2025 issue.

Features

Peeling Back the Routing Layers
Routing software is the brain of a transportation operation, but human routers are the heart that keep student safe to and from school. How to route requires a strong knowledge base along with many other considerations.

Green Expectations
STN EXPO East near Charlotte, North Carolina featured presentations from various OEMs about their latest and greatest offerings in the green bus space.

Fuel Choices Are Not One-Dimensional
Choosing the right fuel for your school district is no simple task, especially with all the options and funding available. District leaders weigh in on why they went in a certain direction.

Coming Clean
Going green is good for the environment, proving to have beneficial implications for student riders, bus drivers and the surrounding communities.

Special Reports

May, Should, Shall?
School Transportation News was on site in Iowa at the 17th National Congress on School Transportation. Learn some of the conversations held as the industry readies for an update the National School Transportation Specifications and Procedures.

Q&A: Going On an Electric RIDE With Patrick Duan
Patrick Duan, co-CEO of the electric school bus manufacturer, provides insights into top trends such as federal funding, impending tariffs and battery technology.

STN EXPO Reno Preview
STN EXPO West returns to Reno, Nevada for “Content, Community and Commerce.” Prepare for next month’s conference, trade show and networking events. You won’t want to miss any of the action.

Feedback
Online
Ad Index

Editor’s Take by Ryan Gray
New York State of Charge

Publisher’s Corner by Tony Corpin
Tech-Forward Approach to Staffing

The post June 2025 appeared first on School Transportation News.

A Thursday webinar stressed the importance of student transportation departments taking an active role in school district-wide efforts to modernize facilities and electrify school buses despite funding shortages.

Marcus Gilmore, senior advisor of clean mobility strategy for webinar sponsor ENGIE North America, shared that despite the staffing and purchasing issues school transportation is facing, electric school bus (ESB) momentum continues. The World Resources Institute reports 13,860 ESB deployments or commitments in 49 states, the District of Columbia, four U.S. territories, and several tribal nations. Many of these buses are deployed in disadvantaged communities, he noted.

He reviewed how the U.S. Environmental Protection Agency’s Clean School Bus Program process faced unprecedented demand before proceeding with a 2024 round. Most districts also see limited state funding, which poses a challenge with federal ESB funding in question.

“Districts are getting creative,” he said, adding that funding is one piece of the puzzle, but aligning efficiency and modernization goals across school district departments is also crucial.

“Districts are getting creative.”

-Marcus Gilmore, Senior Advisor – Clean Mobility Strategy, ENGIE North America

Michael Decker, ENGIE’s senior business development manager, has nearly 30 years of experience as an administrator in Michigan public schools, culminating in his nine-year term as superintendent of St. Charles Community Schools. He spoke to the politics involved in getting a standalone project approved, especially when the district administration doesn’t have visibility into what transportation does or perceives it as competing with “core” education priorities.

He strongly advised transportation leaders to claim a seat at the table and make their voices heard by district administration. As such, student transportation leaders should attend all relevant meetings and remain in the loop with planning because other departments are also advocating for their projects.

“Being able to work in collaboration is huge,” Decker emphasized. “Request and demand that you have a chance to talk.”

While funding approvals typically come through the C-suite, he confirmed that lower-level employees and departments have crucial information and perspectives that must be heard.

“We need to have a need, we need to have desire and we need to have the funding,” he summarized.

Decker also encouraged student transporters to seek discretionary funding, after personnel cuts and other often-overlooked sources.

He noted benefits of facility modernization, which can include fleet electrification, for better student health, improved academic success, attracting more staff and student families, greater operational efficiencies, fuel cost savings, performing needed upgrades, and ending the “kick the can down the road” mentality.

He advocated for affordable comprehensive improvements, since repairs within the walls and roofs are just as important as more public facing facilities. Solar power, battery storage, lighting and transformers are examples of upgrades that give districts a quick return on investment. EV fleet infrastructure, roof upgrades, major HVAC, and window repairs provide a longer return on investment.

Decker shared that, during its free, graded assets survey or consultation, ENGIE will seek holistic improvement opportunities in a district. The company is also brand agnostic with its proposed solutions.

Related: Funding, Data and Resiliency Needed for Electric School Bus Success
Related: (STN Podcast E251) Making Safety Safer: Seatbelts, Technology, Training & Electric School Buses
Related: Roundup: Green Bus Summit at STN EXPO East Sounds Optimistic Tone
Related: Gallery: Ride & Drive Caps Day of Technology Demos, Green Energy Panels
Related: Despite Federal Funding in Peril, California State Funding for EVs Continues
Related: Future of Clean School Bus Program?

Gilmore reviewed the example of San Marcos Unified School District in California’s San Diego County, which implemented a resilient microgrid for its ESB fleet to satisfy district officials’ desires to cut overall energy costs to help fund the initiative. District-wide cost control measures include LED lighting, solar power, battery energy storage, and HVAC mechanical replacements.

Aromas-San Juan USD, a small rural district in Central California, wanted to improve its energy efficiency, resiliency and sustainability with a comprehensive approach. ENGIE provided the district with an energy services contract comprised of district-wide measures: Solar power, more than 20 new HVAC units, programmable thermostat upgrades, a backup generator for energy resilience, and installation of Wi-Fi on school buses which helped support distance learning for students during the COVID-19 pandemic.

Decker noted that lighting upgrades are an important yet often overlooked improvement for cost savings, which webinar host STN Publisher Tony Corpin noted requires a conversation with the facilities manager.

Gilmore cautioned against purchasing ESBs solely because there is currently federal funding. Without doing the necessary homework and future planning, he said ESBs could end up parked on a district lot unused.

Transportation infrastructure ultimately supports students’ education and economic prowess, which is the main goal, Decker said. “Make it attractive so we attract more students and fulfill their needs,” he commented.

Watch the webinar on demand. 

The post Why Student Transporters Must Seize a Seat at the Table appeared first on School Transportation News.

While navigating funding and economic uncertainties, transportation leaders may find value in creating opportunities through strategic collaboration.

If transportation projects on their own are not likely to win support in your upcoming budget cycle, they may have a path forward when aligned with other district objectives in comprehensive facility modernization programs. Such programs can bundle multiple projects into one initiative — addressing aging systems and facilities, reducing costs, and making other improvements that matter to superintendents, chief business officers, and facilities directors alike.

In this webinar, you will learn how districtwide, multi-measured facility improvement programs can capture incentive funding while generating energy and operational cost savings. These incentives and savings can help fund transportation upgrades like EV charging, school bus Wi-Fi, and other fleet improvements. Innovative programs can also create STEM engagement opportunities for students and teachers.

In this webinar, you will learn about:

• Updates on school transportation funding
• Strategies for aligning goals across departments and leadership roles from a superintendent’s perspective
• Case studies featuring districts that developed comprehensive modernization programs to enhance learning environments, generate cost savings, and fund transportation upgrades

Brought to you by ENGIE North America

REGISTER BELOW:

Presenters:

Marcus Gilmore
Senior Advisor, Clean Mobility Strategy
ENGIE North America

Marcus Gilmore has over a decade of experience in the clean energy sector, leading impactful sustainability initiatives for corporations, cities, and governments. At ENGIE, he works with organizations to develop and implement strategies for transitioning to zero-emission vehicle fleets and other clean energy solutions. Previously, Gilmore led multiple state and utility market transformation programs accelerating electric vehicle adoption, charging infrastructure deployment, and medium/heavy-duty vehicle fleet electrification. He holds an MS in PR and Corporate Communications from NYU and an MSc in Major Program Management from the University of Oxford.

Michael Decker
Senior Business Development Manager
ENGIE North America

Michael Decker has nearly 30 years of experience as an administrator in Michigan public schools, culminating in his 9-year term as Superintendent of St. Charles Community Schools. He brings this wealth of practical insight to ENGIE, as he helps both schools and local government agencies find more efficient ways to meet their infrastructure needs. He holds an MA in Secondary Education from Central Michigan University and a BA in Business Administration in Marketing and Management from Northwood University.

The post (Free Webinar) Modernizing School Transportation in Uncertain Times: Strategies to Align & Achieve Goals Across Departments appeared first on School Transportation News.

In addition to the state’s Clean Truck and Bus Voucher Incentive Project (HVIP), California has also awarded school districts $500 million to purchase zero-emission school buses and chargers.

The Zero-Emissions School Bus and Infrastructure (ZESBI) project selected 133 educational agencies to receive 1,000 zero-emission school buses and related charging infrastructure to school districts and other local educational entities. Statewide grants are expected to be finalized by the end of the year.

ZESBI is a program in collaboration between the California Air Resources Board (CARB) and the California Energy Commission (CEC), and is administered by CALSTART, a nonprofit clean transportation organization.

“Cleaning up the state’s school bus fleet is central to California’s efforts to provide clean transportation in priority communities that are disproportionately hurt by air pollution,” stated CARB Chair Liane Randolph. “The vast majority of these grants will go to local educational agencies that serve these communities.”

Related: Update: Quebec Government Passes on Saving Lion Electric, Companys End Imminent
Related: Infrastructure Investor I Squared to Acquire National Express School Bus Contractors
Related: First Student’s Kenning Discusses School Bus Electrification, Technology Innovation

Meanwhile, HVIP is surging with voucher redemptions skyrocking by 177 percent from 2023 to 2024, with early 2025 data showing continued momentum. A press release states that in February alone, more than 200 HVIP-funded, zero-emission trucks and buses were deployed with $31 million in incentives.

“Over 15 years, HVIP invested $754 million, helping 2,000 fleets deploy 10,000 clean trucks and buses,” the release states, adding that the vehicles have logged more than 340 million miles.

The sale of new zero-emission trucks, buses and vans doubled in 2023, over the previous year, “representing one out of every six new vehicles sold for services including last-mile delivery, freight transportation, and school buses,” the release adds.

Several funding categories within HVIP have reached capacity, though funding remains through the transit set-aside and Innovative Small e-Fleets (ISEF) project. HVIP is also administered by CALSTART on behalf of the California Air Resources Board.

The post Despite Federal Funding in Peril, California State Funding for EVs Continues appeared first on School Transportation News.

School districts are contemplating how to best move forward with the cleanest-emitting school bus that best meets their individual needs, be that an electric school bus (ESB), one fueled by propane, or a cleaner diesel variety.

Several factors lead to the uncertainty over more widespread adoption of ESBs. Pricing, infrastructure and range remain concerns, and Lion Electric customers are still figuring out their next moves amid the company’s auction following financial trouble. But none are bigger than the the fate of the U.S. Environmental Protection Agency’s (EPA) five-year, $5 billion Clean School Bus Program.

Some anxiety eased in late February, after the Trump administration a month earlier put a temporary pause on award distribution, despite a memo from the EPA CFO that all program funds appropriated by the IIJA and IRA should continue to flow. Last month, the National Association for Pupil Transportation (NAPT) announced funding through the 2023 grant competition awards is now accessible.

By the end of 2024, the EPA made three rounds of awards to 1,344 school districts, totaling some $2.8 billion. Over 98 percent of those funds have gone toward purchasing ESBs.

NAPT noted it is not clear whether the EPA plans to award the remaining $2.2 billion as was authorized by Congress or to let its authorization run out, adding the program has received some strong support from senators in states where electric buses were being purchased and in at least one state where they are being manufactured.

The EPA did not respond to questions for this article. If the Clean School Bus Program lives on, one electric vehicle insider told School Transportation News funding could be funneled toward more propane school buses.

Meanwhile, Blue Bird used its first quarter results to address the impact of the federal funding pause on ESB deliveries through the Clean School Bus Program. Some
750 ESBs were sold or scheduled for production and delivery, whereas 250 were awarded with funding paused. Blue Bird initiated a reprioritized production plan to build fully funded buses earlier and push back build dates for ordered buses where EPA and federal funding was paused.

The company said it is processing new ESB orders attached to state and local funding and has confirmed political support for the Clean School Bus Program from elected officials in Washington, D.C. Blue Bird also indicated it has lowered its range of annual forecasted ESB deliveries from 1,300 to 1,000 buses.

The company noted uncertainty over the impact of tariffs means it will explore sourcing and other options with suppliers. All applicable government tariffs will be passed through to the end customer, with a potential five percent increase on all Blue Bird non-ESB buses expected by the end of February, should the tariffs on components be applied as originally proposed. School districts are exploring available options.

The non-profit Vermont Energy Investment Corp. (VEIC) has a clean transportation team specializing in programs and projects supporting electric vehicle fleet adoption and alternative fuel vehicle technology.

VEIC published a report last September for the Montana Department of Environmental Quality (DEQ) on ESB performance, summarizing evaluation activities and results associated with ES deployments in the program over the 2023-2024 academic school year.

The report found ESBs performed well in all weather conditions and route types. In extremely cold conditions, vehicle efficiency was reduced by up to 40 percent. However, ESBs were found to start up more consistently and reliably than diesel buses. ESBs also had better acceleration and quieter operation than diesel buses, but a lower top speed. Each ESB averaged $1,575 in annual fuel savings compared to diesel buses.

The report indicated primary vehicle downtime causes were related to components outside of the electric drivetrain. Resolving these issues proved more challenging with some vendors than others.

Incorporating feedback from interviews with 15 school transportation managers, school bus drivers and mechanics who engaged the most with ESBs in this program, the final section of the report offers key guidance for future ESB deployments in Montana, including in the areas of training and support, charge management, regenerative braking, and charging strategies.

Dan Rispens, superintendent of East Helena (Montana) Public Schools, noted his district received a grant through Montana’s Department of Environmental Quality that was derived from the Volkswagen settlement of 2016-2017.

“Grant funds offset approximately 80 percent of the purchase price of our bus,” said Rispens. “We were motivated by the prospect of new technology and reduced operating costs, but the primary force in our decision was grant funding.”

Its Lion Electric C bus was ordered in 2021 and delivery was accepted last August. Rispens said the district received EPA rebates to supply three additional Lion Electric buses, but East Helena passed on purchasing them given Lion Electric’s current financial status.

Speaking to the challenges East Helena Public Schools has encountered with its electric bus, “delivery timelines are challenging due to backlog in manufacturing and supply chain disruptions,” Rispens said.

“Our vendor does not have a nationwide network of dealers, so any technical assistance or warranty work is done by remote consult or sending technicians out on the road, making it cumbersome and complicated.”

Local mechanics do not know how to fix or repair the bus and do not have service manuals for it, Rispens added.

“Our bus has been here since last summer and has only been used for about a month on an actual route,” he said. “The heat system was found to be non-functional.

We are still waiting on repairs. This left the bus unusable during Montana’s harsh winter.” Last July, the World Resources Institute’s Electric School Bus Initiative reported that while the EPA had by that point funded more than 8,000 electric school buses through the EPA Clean School Bus Program, demand for ESBs is outpacing funding.

States, financing entities and utilities continue driving momentum for ESBs, noted WRI spokeswoman Katherine Roboff. “The Maryland Energy Administration recently launched a new funding program in support of school bus electrification,” she said. “We are tracking $2.3 billion in state-level funding for which ESBs are eligible. California and New York are good examples of robust state-level funding.

“We have also been in conversation with a wide range of green banks and financial institutions across the country who are also exploring the topic of financing electric school buses,” Roboff continued. “The Connecticut Green Bank, for example, has developed a new ESB financial product.”

However, the EPA is revoking $20 billion in contracts the Biden administration approved with at least eight green banks. Many Republican leaders call green banks “slush funds,” the Associated Press reported last month. At press time, the Connecticut Green Bank was one of seven green banks still listed on the EPA website.

States Continue Funding Work
The Public Service Commission of Maryland recently approved an electric school bus utility pilot program, Roboff added. The program is one of a dozen nationwide that recently closed or soon will close applications for funding. Districts also continue to explore electrification through transportation-as-a-service providers and other innovative business models built around subscription fees, Roboff said.

“School districts across the country continue to grow their electric school bus fleets,” she added. For example, the Beaverton School District in Oregon has been adding ESBs on an annual basis, leveraging a range of funding sources. In 2021, Beaverton was the first school district in Oregon to acquire an ESB and has added them yearly for a current total of 15 electric buses and 31 charging stations. Among the funding sources was a voter-approved $723 million bond, a portion of which is designated for replacement of diesel-powered buses with propane and electric buses.

Other funding sources include the Oregon Department of Energy’s Public Purpose Charge Program, Portland General Electric’s Electric School Bus Fund—funded through the Oregon Department of Environmental Quality’s Clean Fuels Program—and the EPA.

Beaverton also has 65 clean-burning propane buses using renewable propane. While the district plans to replace 225 diesel-powered buses with ESBs and propane-powered buses, some will be retained for long-distance field trips and athletic events. The district uses renewable diesel fuel, noting its higher cost is expected to drop as its supply expands.

That plan may be revisited if future battery technology improves to extend the distances ESBs can travel on a single charge. Molly Hale, marketing communications manager for Cummins’ Accelera zero-emissions business, noted Blue Bird has the company’s integrated powertrain, the PowerDrive 7000, that includes the BP97E battery, assembled in Columbus, Indiana, at its main manufacturing facility.

“Additionally, Thomas Built Buses recently announced the launch of their new Jouley Gen 2 bus with the new addition of our 14Xe eAxle and ELFA inverter,” she said. “We are pleased to be partnering with two major school bus OEMs and are excited to see the success of these buses gaining momentum and adoption. Blue Bird has delivered more than 2,000 ESBs with our powertrain.”

As speed bumps increase on the path to school districts incorporating more ESBs into their fleets, districts are pursuing a variety of approaches, such as this pilot project in New Mexico, which signed a Memorandum of Understanding (MOU) with ESB manufacturer GreenPower Motor Company. The state will seek an appropriation of $5 million to conduct a pilot program funding the purchase of ESBs, charging station installations and management costs.

Rolling with the Punches
Uncertainty over the future of ESB funding has affected many school districts, including the Ritenour School District in Overland, Missouri. The district on Feb. 4 announced the arrival of the first three Thomas Built Buses Jouleys of a 24-ESB fleet funded by a nearly $9.5 million EPA Clean School Bus Program grant sought to replace 24 diesel buses.

The district announced 24 new charging stations as well. However, the district indicated uncertainty over receiving the remaining 21 ESBs from the Clean School Bus Program due to its funding pauses. Brooks McQuinn, transportation director for the Malone Central School District in Malone, New York, noted the district has four ESBs and had received the EPA grant. The district received $1.4 million dollars for the purchase of the buses and chargers, covering most of the project cost. McQuinn pointed out existing infrastructure accommodated the chargers. The district also has its own lot and inside storage space for the buses.

The district’s fleet includes 43 65-passenger buses fueled by propane, gas, diesel and now the four ESBs. “We cover 386 square miles in this district, with a lot of different terrain,” said McQuinn. “We have used propane buses for years because it was a cleaner source of fuel, and we get tax credit for that fuel type. We have geared to gasoline engines due to the size of our district and sporting events. We have phased out our diesels and only have three left.” McQuinn noted the district is surprised the power capability of the ESBs is limited to about 75 miles a day.

“We have also not had a very cold winter here since we received these buses last March,” he added. “Our winters here can hit 30 degrees below [zero]. Overall, [ESBs] have a place in this district, but we certainly cannot meet the [state of New York] deadlines of 2035 for a complete EV bus world.” McQuinn said the cost of a propane or gasoline bus is about $185,000, including added options. The ESB costs about $465,000 and has limited options.

“The New York State [Department of Transportation] is very strict about what has to be on a school bus,” he said. “If the federal grants go away, it would put our district in a very vulnerable state. We are currently maxed out with our energy output, and if we were to add anymore [electric] buses we would have to put all new infrastructure here that would cost the district and local taxpayers millions of dollars.

“We would also have to look for alternative means for sporting events, field trips and any other trips outside of to and from school transportation,” he continued. The Electrification Coalition notes ESB procurement can take up to 18 months. This includes installing the charging infrastructure and getting enough power from the local utility. The organization noted Climate Mayors Electric Vehicle Purchasing Collaborative offers cooperative purchasing contracts for Blue Bird, IC Bus, Lion Electric, and Thomas Built Buses. The Collaborative also includes resources for the procurement process, policy guidance and a variety of other informative resources.

The Coalition advises districts to identify the appropriate type of EV charging stations, determine their locations and explore charging software to help achieve electricity cost savings.

Three types of charging stations include Level 1 (120V), Level 2 (240V), and direct current fast charging (DCFC). Engagement with the local utility is critical to assist
with the connection process for EV charging equipment, determine whether infrastructure upgrades are needed, determine charging rates and best charging times, and available software platforms.

Other Options
A video interview conducted by Steven Whaley, Blue Bird’s alternative fuels manager for eastern North America, and Anthony Jackson, executive director of transportation at Bibb County School District in Georgia, highlights operational benefits of propane school buses, including the elimination of diesel regeneration issues, reduced maintenance costs due to fewer parts and quieter operation. Bibb County School District purchased 31 propane buses in 2014, with the driving factor being issues with regeneration on the diesel engines. Benefits derived included no need for NOx sensors or having to replace particulate matter filters.

Bus drivers love that the bus is much quieter compared to diesel buses, Jackson said.
Now, most of the district’s fleet is comprised of propane-fueled buses, with propane fuel provided by Bobtail loads to the district’s four 1,000-gallon tanks. There also are diesel buses and those running on unleaded gasoline are used for field trips.

The district spent $790,599 to run over 2 million miles at a cost of 39 cents a mile, a 27 cents per-mile cost savings with more than a $500,000 in annual fuel savings. The Alternative Fuel Excise Tax Credit for propane vehicles is 36 cents a gallon for even more cost savings.

“The fate of the Alternative Fuel Tax Credit for propane vehicles is tenuous at best,” Whaley noted. “But the value proposition for propane without any incentives stands impressively on its own.” Clean diesel has also become a more attractive option, especially when using renewable diesel. But incentives for RD only currently exist in California, Oregon, Washington and New Mexico, the only states that have passed the
Low Carbon Fuel Standard.

Still, tougher EPA emissions standards have been a driving factor in diesel being more
than 90 percent cleaner today than a decade ago. Those emissions are expected to only get cleaner starting in 2027, when EPA’s Phase III GHG standard is scheduled to go into effect. But at this report, EPA Administrator Lee Zeldin signaled the rule and others are under reconsideration. If rolled back, diesel school buses could be easier and less expensive to obtain, especially in states that were previously forecasting limited availability.

As the industry awaits word on Phase III , Cummins announced last month its much-anticipated B7.2 diesel engine on the company’s HELM or fuel-agnostic platform. The emissions reduction to less than 0.035 grams of NOx per horsepower/hour, as required by EPA Phase III represents, an approximately 83-percent-cleaner engine than 2010 engines with 50-percent fewer particulate matter.

These are achieved by using a “clean sheet base engine,” a culmination of all the components, a Cummins spokesperson said.

The emissions warranty and useful life requirements also increase, with automatic engine shutdown and stop-start that can further lower emissions and GHG. Meanwhile, in anticipation of the Trump administration, the California Air Resources Board ceased seeking the additional federal waivers it needed to fully implement its Advanced Clean Fleet rule that about a dozen states were set to adopt. Many of those states are now not implementing it, which set out to reduce the number of diesel heavy-duty trucks that could be sold in California and the other so-called CARB states.

Diesel Emissions Reduction Act reauthorization was also introduced in Congress last month. That program, which ran through fiscal year 2024, had been marked for review by the Trump administration. It has been responsible for replacing over 5,100 high emissions school buses since 2010.

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

Related: EPA Extends 2024 Clean School Bus Program Rebate Application Deadline
Related: EPA, Treasury Disseminate Electric School Bus Tax Credit Information
Related: (STN Podcast E251) Making Safety Safer: Seatbelts, Technology, Training & Electric School Buses
Related: Fourth Funding Opportunity for EPA Clean School Bus Program Opens

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SOUTH CHARLESTON, W.Va. – GreenPower Motor Company Inc. (NASDAQ: GP) (TSXV: GPV) (“GreenPower”), a leading manufacturer and distributor of purpose-built, all-electric, zero-emission medium and heavy-duty vehicles serving the cargo and delivery market, shuttle and transit space and school bus sector, today announced that three Type D all-electric, purpose-built, zero-emission BEAST school buses have been delivered to its West Virginia dealer for the Grant County School District under Round 2 funding of the Environmental Protection Agency’s (EPA) Clean School Bus Program (CSBP).

“GreenPower continues to manufacture and deliver its all-electric, purpose-built school bus products to its dealer in West Virginia and dealers across the nation for school districts in a timely manner despite the current uncertainties of public policy, tariffs and funding,” said Brendan Riley, President of GreenPower. “This week’s delivery to our West Virginia dealer is for the second school district in West Virginia under the Clean School Bus Program since the contract with EPA was signed just four months ago and the federal funding became available in mid-March.”

Delivery of the West Virginia-manufactured school buses under the EPA grant was paused for a few weeks as part of the freeze on spending implemented by the Trump Administration as the new EPA team evaluated program spending. After the freeze was lifted, GreenPower’s first delivery to its dealer in West Virginia under the CSBP was for Kanawha County and today’s announcement represents the second set of buses under the award to Grant County. Calhoun County’s school buses funded under the CSBP will be the next delivery for GreenPower to its dealer.

To date, GreenPower has delivered 22 of its all-electric, purpose-built, zero-emission school buses in West Virginia for deployment in school districts across the Mountain State, including 16 BEASTS and six Nano BEASTs. The deployments represent approximately one-half of the orders placed for West Virginia school districts that have installed charging infrastructure and are prepared to accept the buses.

As the leading purpose-built American manufacturer of EV school buses, GreenPower is the only all-electric OEM that manufactures both a Class 4 Type A school bus and a Class 8 Type D school bus. The BEAST is a purpose-built 40-foot Type D all-electric, zero-emission school bus with seating for up to 90 students. Designed from the ground up as an EV, it is a fully integrated structure that features a strong and corrosion resistant aluminum body made from extruded aluminum, manufactured by Constellium, seamlessly mated to a high strength steel Truss (bus) chassis. The complete flat floor design allows for adjustable track seating with no wheel wells in the passenger compartment, and the high floor keeps students out of the impact zone. Combined port charging is standard with Level 2 rates up to 19.2 kW and DC Fast Charging rates up to 85 kW, allowing for full charging in less than three hours.

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 vans 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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ANAHEIM, Calif. – ACT Expo, the largest advanced clean transportation convention in the world, featured how school bus contractor First Student plans to electrify 30,000 school buses by 2035 as well as enhance its technology solutions to provide even safer and more efficient rides to students across North America.

During a Tuesday general session panel with transportation executives, President and CEO John Kenning highlighted the company’s innovative electrification approach, which includes developing a proprietary charging infrastructure called First Charge that can be installed in 30 days or less.

The company has secured over $500 million in federal grants to support electrification efforts. To date, the company said its electric school buses have traveled over 4 million miles.

As previously reported by School Transportation News, First Charge is a trenchless solution designed by Chief Engineer Alex Cook and his team to allow electric school buses to go online while awaiting the construction of permanent infrastructure.

Kenning also highlighted that First Student is exploring V2G technologies, partnering with utilities like Con Edison in Brooklyn, New York, to create microgrids that can use school buses as energy storage during off-hours.

Beyond electric vehicles, First Student is leveraging advanced technologies through its “Halo” system, which integrates multiple safety technologies. The system includes parent tracking for student bus boarding and drop-off, driver monitoring for speeding and idling, collision prevention technologies that have reduced preventable collisions by 17 percent, and AI-powered routing optimization to improve efficiency.

Kenning emphasized that First Student’s ultimate goal remains ensuring student safety while driving sustainability in school transportation. A case in point, he noted that customer Syracuse City Schools in New York is adding stop-arm camera cameras across its fleet, including about 200 school buses operated by First Student.

The panel discussion also considered the role of autonomous technology in commercial transportation. Moderator Erik Neandross, president of ACT Expo producer CRT Clean Transportation Solutions, commented that school buses are not best suited for complete autonomy because student passengers will continue to need monitoring.

“I was just at a conference, which is called the Council of Great City Schools with the top 110 school districts, and [autonomous school bus] was a topic. It was almost unanimous we’re not ready for that yet,” Kenning added.

Related: WATCH: First Student at ACT Expo
Related: Districts, Contractors Discuss School Bus Electrification Journey at ACT EXPO
Related: School Bus Drivers Discuss Real-Life Experiences Driving Electric Buses

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James Holtz, regional sales manager at RIDE Mobility, talked with STN publisher and president Tony Corpin at the Advanced Clean Transportation Expo conference about the company’s focus on innovation and safety with their new school bus models.

Related: WATCH: First Student at ACT Expo
Related: WATCH: Beacon Mobility Interview at ACT Expo
Related: WATCH: Accelera by Cummins Interview at ACT Expo

The post WATCH: Ride Interview at ACT Expo appeared first on School Transportation News.

Live at the Advanced Clean Transportation Expo, Tony Corpin, president and publisher of STN, discussed the new features of the Thomas Built Buses Jouley Gen 2 model with powertrain and technology sales manager, Mark Childers.

Related: Gallery: ACT Expo 2025
Related: Report Highlights Shift in Federal Policy from EVs to Conventional Fuels
Related: Thomas’ Reed Outlines Focus on Fuel, Power Options Based on Customer Duty Cycle

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A-Z Bus Sales, Inc., a leading transportation solutions provider, proudly announces the delivery of its 1000th all-electric, zero-emission Blue Bird school bus, a significant milestone in California’s pursuit of sustainable transportation. Blue Bird’s authorized bus dealer will host a celebration on April 29th, 2025, at Orange Unified School District, one of A-Z Bus Sales’ largest electric school bus customers in Southern California.

As a pioneer in electric school bus adoption, A-Z Bus Sales has played a key role in helping school districts transition to cleaner, more reliable, and eco-friendly transportation solutions. This journey began decades ago with the introduction of Compressed Natural Gas (CNG) and Propane-powered school buses and has now culminated in the deployment of zero-emission electric buses.

A-Z delivered its first zero-emission electric Blue Bird school bus, powered by Accelera / Cummins, in 2018. Since then, the company has expanded its services by creating a Grants Department to help school districts secure funding, an Electric Vehicle Infrastructure (EVI) Department to manage charging needs, and an EV Mobile Support team to ensure quick repairs and maximized uptime.

The surge in demand for electric school buses has led to a 30% increase in A-Z Bus Sale’s workforce, creating high-demand jobs in fields such as EV technician services, infrastructure engineering, and administration. This growth is vital to supporting the increasing number of electric buses on the road.

“We’re proud to be at the forefront of the electric vehicle revolution in school transportation,” said John Landherr, President and CEO of A-Z Bus Sales. “The lessons we’ve learned along the way allow us to help school districts navigate challenges and confidently transition their fleets. At the end of the day, it’s incredibly rewarding to know we’re making a meaningful difference in the communities we serve and contributing to a more sustainable future for our children.”

The environmental benefits of these electric buses are substantial. Over the lifetime of the 1000 electric school buses, more than 10,000 metric tons of greenhouse gases are expected to be reduced, along with a 33 metric ton reduction in NOx emissions. Additionally, school districts benefit from lower maintenance and fuel costs, prompting many to expand their electric fleets. Several districts have even moved to 100% electric school bus transportation.

Innovative Vehicle-to-Grid (V2G) technology allows these buses to provide additional grid support, enhancing future energy resiliency. According to Harvard University’s School of Public Health, each electric school bus could deliver up to $247,000 in climate and health benefits, making the transition to electric transportation cost-effective and a significant driver of environmental and public health improvement.

“We couldn’t have reached this milestone without the incredible support of our partners,” said Brandon Bluhm, COO of A-Z Bus Sales. “From our manufacturing partners at Blue Bird, Micro Bird, Accelera, and Ecotuned, to our collaborations with state agencies like the California Air Resources Board and the California Energy Commission, and the visionary school districts that have led the way—this success is the result of combined effort and shared commitment to a cleaner, greener future.”

“Congratulations to the entire A-Z Bus Sales team for marking its 1000th all-electric, zero emission Blue Bird school bus delivery in California – a truly remarkable milestone,” said Albert Burleigh, Vice President of North America Bus Sales at Blue Bird Corporation. “For nearly half a century, A-Z Bus Sales has been our trusted dealer partner in the Golden State. We are grateful to all our friends at A-Z Bus Sales for playing an outstanding role in Blue Bird’s EV success story. Together we’ve helped school districts across the state to reduce harmful emissions, put student and community health first, and significantly reduce operating expenses.”

Of the 1000 electric school buses delivered, A-Z has seen these vehicles excel in diverse environments, from cold, mountainous regions in Northern California to the desert regions of the Imperial Valley. EV buses have outperformed their diesel counterparts in both performance and reliability, and with advancements in technology, the range and uptime of these buses continue to improve. Children across the state are now riding to school in quiet, pollution-free buses.

About A-Z Bus Sales, Inc.
Founded in 1976, A-Z Bus Sales, Inc. is a leading dealer and distributor of passenger transportation solutions, serving the education, government, public sector, commercial, and private fleet markets. Employee-owned and specializing in green alternative fuel products, A-Z offers a wide range of services, including sales, service, parts, and financing for new and preowned buses.

The company has built a strong reputation for fostering long-term customer relationships, professionalism, and integrity. Headquartered in Colton, California, A-Z Bus Sales operates multiple sales and service locations across California, Arizona, Texas, and Hawaii.

For more information, visit www.a-zbus.com

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Transitioning a fleet of school buses from diesel to electric power can offer dramatic benefits.

eBuses (electric school buses) have the potential to significantly reduce not only noise and air pollution throughout the school district, but also the fleet’s total cost of ownership (TCO). However, the road to electrification requires careful navigation around an assortment of planning pitfalls. Every aspect of the project is complex, from planning and financing to implementation and operations.

For districts that lack the internal resources and expertise to maximize benefits across all these areas, ENGIE North America offers a turnkey eBus solution. ENGIE is the world’s number-one provider of energy services, with decades of experience supporting school districts on sustainable energy initiatives.

Read on to learn how we’re helping K-12 school districts optimize the value of their eBus transition.

Fill out the form below and then check your email for the white paper download link.

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Over the past couple of years, IC Bus has made significant moves in the school bus industry, both with internal leadership and new school bus announcements. At the end of 2022, IC Bus parent Navistar announced Trish Reed was transitioning from general manager of one of America’s largest school bus brands to vice president of zero emissions.

Meanwhile, Justina Morosin was chosen to return to IC Bus and succeed Reed. The two have nearly 50 years of combined employment at Navistar, now known as International Motors, a rebrand that was announced last September.

Morosin served as VP of sales for IC Bus from 2014 to 2017 and before that was a sales
manager for the school bus brand. She also has extensive experience on the truck side with
International, ranging from truck marketing manager and vice president of used truck and
commercial transformation, before leading the bus division.

“The used truck role was a really big undertaking and a very satisfying role for myself, just from perspective of building culture and building teams,” Morosin said.

She noted that she had a lot of different opportunities throughout her career at International in both the truck and bus space.

“I’m very dedicated to mentoring both men and women and all different functions within our organization, and I always encourage them to step out of their comfort zone, or where they feel most familiar, whether it’s truck, bus, whether it’s used truck, parts service,” she said. “There’s so many opportunities within our company, and to be able to go into a different function and experience, that builds your understanding holistically of the business. I was fortunate to be able to be given those opportunities along the way.

She said serving as VP and GM for IC Bus was a milestone in her career. “It was something I always aspired to do, and I was so excited to be in that role,” she said, adding that transitioning to her new role comes at a pivotal point in International’s transformation.

During her tenure leadig IC Bus, the brand launched the first CE Series redesign in 20 years, now offered in electric and diesel configurations. The launch was announced one day prior to the start of the 2023 STN EXPO West in Reno, Nevada. The new CE Series emphasizes driver comfort while also offering collision mitigation technology as a standard equipment.

It was also during this time IC Bus announced its three-core strategy: Leading in safety and technology, fostering a healthy future, and offering best in class solutions.

“I feel like we’ve accomplished so much and we’re on such a good path going forward,” Morosin added. What she’s most proud of, however, was that she said IC Bus brands accounted for 47 percent of sales of all school bus purchases last year.

“That is a testament to say that our next generation is delighting our customers, and that our dealer network is doing everything to partner with our customers, to offer best in class services and solutions for our customers,” she said, adding that the CE Series was truly developed with the customer in mind.

As of February, Morosin returned to the truck side at International, serving as the senior vice president of sales and field operations, handing the IC Bus baton to Charles Chilton.
“It’s a natural path for me and a natural next step for me in this role, and it’s a really important one,” Morosin said describing her new responsibilities. She added that International recently introduced a new commercial truck strategy at its annual dealer truck meeting.

“I’ve always been very career-driven,” she said. “I always say to myself that this is going to be the last role that I’m in and then … I am an ambitious person. I always want to stretch myself to see what more can I do. What more can I take on? How much more of an impact could I have?”

She said she’s passionate about her latest opportunity, contributing alongside her team and working with the dealer network to continue to grow the business. “Being able to tailor solutions for our customers into the future to make them more successful into the future,” she said, adding that her new role encompasses everything from working with the national fleet, dealer networks, to leasing and used trucks.

Meanwhile, Chilton is no stranger to the school bus industry, logging a total of almost
24 years between two major OEMs. However, his time in the industry started years earlier like many others: As a school bus driver.

He started driving a school bus in North Carolina during his senior year of high school and the passion grew from there. After graduating from North Carolina State University, he began working for Thomas Built Buses in 1988 in various engineering positions, later
becoming a product manager and a program manager.

“I was very fortunate to start there and kind of grow up in the school bus [industry],” he said.

After almost 17 years with Thomas, he worked for E-One, a manufacturer of heavy-duty fire trucks and emergency vehicles, for three and half years before joining International in 2009. He was chief engineer before moving to director of product development, VP of product strategy and planning, and head of commercial market planning, where he spent the last three years until being named VP and GM of IC Bus earlier this year.

“I was on the global bus side trying to help expand the product around the world,” he said, noting that he worked with John McKinney, the former president of International’s global bus division. He also worked closely with Reed for several years after she became VP and GM of IC Bus.

“Trish is super respected in the industry, and [she] and I really locked arms together and really just love the school bus space,” he said, adding that the industry is all about safely transporting students. “That’s fundamentally the motivators behind all of this for me personally… yellow is my blood, as you can say.”

Then, Morosin took the reins, the CE Series was announced, and the brand continued to grow. “I never imagined going from being a school bus driver to, in my opinion, leading the number one school bus company in the world,” he said. “That’s kind of a wonderful experience. And so that’s why I’m super excited, and I’m loving every day.”

Chilton noted that by following in both Reed’s and Morosin’s footsteps, he plans on staying the course and building upon the strong foundation that IC Bus already has, while fully leaning into the company’s three key principles.

Drawing upon his engineering and school bus driver background, he worked closely with Reed in the design of the CE Series school bus. He said together they set target goals and designed a product with driver comfort in mind. After all, being a school bus driver “is a hard job.”

“You’ve got 72 kids behind you, potentially making all kinds of noise,” he continued. “You’ve got all the distractions from traffic and patterns and stop lights.”

He noted that IC Bus wants to continue to help the school bus driving job be easier, whether that comes in the form of technology or ergonomic factors.

“We’re putting our drivers front and center to make it a great experience,” he said. “I think our latest product… demonstrates our commitment to making the driver experience the best it can be.

For example, a month into his tenure, IC Bus announced that First Light Illuminated School Bus Signs and Fully Illuminated Stop Arms are now standard on the next-generation IC Bus Electric CE Series school buses, effective immediately. First Light as standard equipment will extend to internal combustion engines in August.

Morosin noted that Chilton being the new VP and GM of IC Bus is a good path forward, especially with his history in the bus space. “Although much of it has been behind the scenes, he is the perfect person to take over,” she said.

Chilton said through his experience he’s learned to listen to what customers need. “I’m motivated by the safety of our kids and in the drivers experience and making sure it’s a great experience every day on the school bus,” he said. “…I enjoy being a thought leader and contributing to making the product better every day. Obviously, it’s a very big conversation around how we approach that, but it’s super important that we’re continuing to make ourselves better. So those are motivating factors for me, and throughout my career that’s what I’ve done: work to make things better.”

Recognizing Trends
Morosin noted that AI is a large trend that influences both the truck and bus space as well as how the company interacts with its customers now and into the future.

“I think that is just fantastic that we’re at this point in technology where we don’t necessarily have to have large buckets of offerings, but that we can actually tailor to a specific customer those types of offerings,” she said, adding that technology will play a role in evolution of selling vehicles.

In terms of the future of electric vehicles and the California Air Resources Board pulling back full implementation of its Advanced Clean Fleets rule, Chilton noted that it’s hard to navigate hypotheticals due to the constantly changing landscape. “But our core strategy is to be able to have a solution that’s ready for whatever the market needs are,” he said.

Moving forward, Chilton said he’s committed to providing solutions for customers and getting back to the fundamentals of being able to deliver buses on time. He said he knows the importance of buses being delivered at school start to provide service to students.

“Being a thought leader and pushing the school bus industry to better ways of working and operating,” he said of other goals for himself and his team at IC Bus. “I think it’s important for us to help the industry through this change with the best vehicle, there’s octane products out there, there’s diesel products. We really want to have a solution for all the needs, no matter where the market is.”

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

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The post Passing the Torch appeared first on School Transportation News.

The electric school bus landscape is fraught with unknowns. Not long ago, that meant range anxiety, infrastructure challenges, supply chain disruption, lengthy delays in receiving orders from the manufacturers, and not knowing when the purchase price would come down.

At least student transporters knew Uncle Sam could foot some or most of the bill for the next couple of years. Last April, the conversation in this magazine on electric school buses, or ESBs, centered on cold-weather operations. The chill in today’s air, at this writing, has been the freeze of future U.S. Environmental Protection Agency Clean School Bus Program funding.

While the industry received good news in late February that the Clean School Bus Program portal was reopened for round one and two rebates and grants, 2023 rebate funds were not available for withdrawal at at press time.

The yellow school bus and reducing harmful diesel emissions from them should be an easy sell. The program also has backing on both sides of the congressional aisle. One of the most recent calls to release the funding came via a Feb. 27 letter to EPA Administrator Lee Zeldin. The letter, signed by 18 Democratic senators and led by Sen. Edward Markey of Pennsylvania, notes the Clean School Bus Program supporting 8,500 clean school bus projects in more than 1,200 school districts through fiscal year 2024. The letter also asked when the rest of funds would be released.

Zeldin had not responded at this writing.

There was no word when the Clean School Bus Program would resume, not to mention when awards from the most recent rebate program would be announced. The EPA website still says 2024 rebate selection notifications are scheduled for next month. We will wait and see.

Congress passed the Infrastructure Investment and Jobs Act that called for $5 billion over five years. There is $2.2 billion remaining to be spent. It would seem unlikely for Congress to end the program prematurely. But budget trimming has become quite the fashion in Washington, D.C.

As of early March, the World Resource Institute’s Electric School Bus Initiative reports there were 5,123 ESBs delivered or in operation nationwide but another 8,757 committed or awarded. It’s important to note that nearly 96 percent of Clean School Bus Program funds have gone toward purchasing electric school buses, the remainder propane buses or a negligible amount of CNG.

Meanwhile, last month Zeldin announced he was halting multiple EPA regulations for further review, especially those deemed by the Trump administration to be an “electric mandate.” There is no such mandate at the federal level, per se. But one could argue that EPA’s Phase III GHG emissions regulation, among three dozen regulations under review by Zeldin’s office, essentially forces truck and bus operators to switch to zero-emissions vehicles for a lack of readily available alternatives, at least in the quantities that states and school districts need.

The electric school bus movement is too large to fail, with OEMs investing millions of dollars on R&D and school districts investing millions more of taxpayer money on vehicle purchasing and related infrastructure. Minus the Clean School Bus Program, the impetus
to continue electric programs could fall squarely on the shoulders of states based on school district demand.

The Californias and New Yorks of the world have already made up their minds that electric school buses are the path forward, and they have the deep pockets and political will to continue subsidizing programs. For most other states, especially if EPA rolls back Phase III, diesel will remain entrenched as the only choice for many.

Adding to the options available in 2027, Cummins’ gasoline engine is slated for full production that year. Last month, the company announced its new diesel engine that meets Phase III will also launch in 2027. We must wait and see if or when more propane options
become available to the marketplace.

Could this all lead to more renewable diesel? So far, RD has only made inroads to the Low Carbon Fuel Standard states of California, Oregon, Washington and New Mexico, which subsidize the premium price and drive supply to market. That path has always made a lot of sense to me, as the drop-in fuel reduces GHG, NOx and PM compared to regular diesel and meets engine warranty requirements.

Student transporters have challenging school bus purchasing and energy adoption decisions to make over the next four years. That might not seem like a long time until you realize that’s one-third of an average school bus lifecycle.

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

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The post Moving Target? appeared first on School Transportation News.