How do you train today’s technicians to work on powertrains that barely existed a decade ago—and keep evolving each year? Bosch Mobility took on that challenge with its nationwide EV technician training tour, a hands-on program designed to meet technicians on-site.

Brittany Kearns, Project Manager for EV Service Concept at Bosch Mobility, joins The Amped EV Podcast to discuss this mobile training initiative. Bosch launched the tour in 2024 to address the growing demand for EV technician training across the United States.

Kearns explains how the one-day, face-to-face program brings cutaway vehicles, diagnostic tools, and essential equipment directly to workshops. The tour targets technicians, students, and educators – giving them the confidence to work on EV platforms like the Toyota Prius, Nissan Leaf, Tesla models, Ford Lightning, and Chevy Blazer EV.

Expanding Technical Depth and Responding to Feedback

Feedback from the field led Bosch to expand the curriculum with advanced training modules and deeper diagnostic content.  Kearns shares how Bosch is also addressing regional training needs, including diesel education and ADAS (Advanced Driver Assistance Systems).

Bosch supports shops as they transition to servicing connected, software-defined vehicles.  She emphasizes that technicians must go beyond mechanical repairs and understand software updates, sensor calibration, and system diagnostics. As EVs evolve, Bosch continuously updates its tools and educational offerings to keep pace.

Evolving EV Technician Training Curriculum and Public Education

Kearns notes a growing number of hands-on EV training programs across the industry and sees that trend as critical. These resources help close knowledge gaps—not just for technicians, but for the public as well. 

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As more drivers switch to EVs, businesses must expand reliable, convenient charging in shopping centers, public parking, and other high-traffic areas. Brant Hastings, North American President of ABB E-mobility, joins The Amped EV Podcast to discuss the ABB E-mobility C50 charger. This 50-kilowatt DC fast charger serves retailers, urban areas, and public charging locations. Hastings explains how the ABB C50 charger meets the rising demand for EV destination charging. It offers dual-port functionality and a compact design that fits shopping malls and parking garages.

How Retailers Can Adapt to EV Charging

Hastings says retailers have much to consider when adjusting to EV growth and the barriers faced when installing chargers. He also examines why destination charging drives EV adoption. Hastings shares insights into charging infrastructure changes and the role of digital integration and loyalty programs. He explains how public chargers help drivers who lack home charging access.

"When drivers can charge during their normal activities – when they can check it off as part of a routine that they already have – it reduces that perceived effort and that time commitment and alleviates a lot of this range anxiety," he says.

How the ABB E-Mobility C50 Charger Hopes to Make EV Charging Simple for Businesses 

Hastings explains ABB E-mobility’s strategy for simplifying charger management, ensuring retailers support EV adoption without adding complexity.   Watch the episode above for a deep dive into the future of destination charging and the challenges of expanding EV infrastructure. Learn how solutions like the ABB C50 charger create a more accessible EV charging network.

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When you think of electric vehicle battery life, what's the first thing that comes to mind? Anxiety? Degradation? With EV adoption being a fairly recent concept, it's fair if you set your expectations low. However, real-world data shows EV batteries degrade by just 1.8% per year, according to Charlotte Argue, Senior Manager of Sustainable Mobility at Geotab. In fact, after 10 years, an EV battery should retain over 80% of its original capacity.

Geotab analyzed 5,000 EVs in fleet applications and found battery degradation rates improved, dropping from 2.3% per year in 2019 to 1.8% today. The study focused on light-duty fleet vehicles, including those in municipalities, government agencies, and field service operations – cases when vehicles often experience harsher conditions and higher usage than personal EVs.

On this episode of The Amped EV Podcast, Argue explains how EVs can offer fleet operators a cost-effective investment. A Geotab study of 750,000 fleet vehicles across seven countries found that 75% of gas-powered vehicles could switch to EVs and still meet their range requirements. Forty-one percent of fleet operators would save money by transitioning to EVs, she adds.

Frequent fast charging and high temperatures accelerate battery degradation. Vehicles relying on DC fast charging in hot climates degrade faster. However, many fleets can reduce stress on batteries by using slower charging methods during natural downtime. This approach lowers costs and extends battery lifespan.

“We’re seeing that battery health is not something fleet owners need to fear,” Argue tells us. “In fact, with the right data and operational strategies, EVs are proving to be a cost-effective and long-lasting alternative to internal combustion engine vehicles.”

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The complexities of EV battery technology are getting more and more... well... complex. But, while attributes like range, longevity, durability and chemistry tend to get much of the limelight, there's one aspect of EV battery R&D that sits in the background without getting the fanfare it rightly deserves: Testing.

"As the battery is becoming more and more important as the propulsion energy storage system, there's a lot of testing and a lot of validation that needs to be done," says Don Wright, Unico vice president of engineering. "Those tests are very demanding, and as the battery packs start to change and we're getting into higher voltages and higher powers, the test equipment that goes along with it needs to change as well. This is where we're starting to see the transition to much higher power systems and higher voltages for our test equipment; we even have battery pack test systems that go up to 2,000-3,000 volts for very large applications."

On this episode of The Amped EV Podcast, Wright highlights the importance of adapting test equipment to accommodate emerging trends, expectations and new business possibilities regarding the future of battery-swapping technology, and what we know about the integration of solid-state batteries in EVs. 

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Imagine the difference an additional 40% payload per trip could make to a refuse fleet. That's what Parker Meeks, CEO of Hyzon, is hoping to give haulers in the North American market looking to move away from diesel via Hyzon's hydrogen fuel cell-powered electric refuse trucks, which are now being tested in the U.S. in partnership with New Way, a refuse truck body manufacturer, and Recology, a San Fransisco-based hauler.

"While [all-electric refuse trucks] can do the work on a micro level going job to job house to house, the weight of the batteries creates a situation where most battery trucks can only do about 40-50% of a day's work, because there's a significant weight penalty that's on the truck because of how heavy those batteries are," Meeks says. "So, what we're seeing in most battery-electric trucks is up to a 40% payload penalty, meaning they can carry only 6-7 tons of trash. That's a big problem, because to accomplish the same refuse collection in a single day, you're either making 40% more trips or you're buying 25-40% more trucks. That is the fundamental reason why refuse fleets are so excited to try our truck because we believe we have a vehicle that is the only viable zero-emission refuge collection vehicle on the market today." 

In this episode of The Amped EV Podcast, Meeks breaks down how the performance of Hyzon's hydrogen fuel cell-powered electric refuse vehicle compares to all-electric or trucks with internal combustion engines, how Hyzon is addressing common hydrogen-related challenges like fueling and infrastructure, and how Hyzon has adapted what it learned from running this truck in Australia for the North American market. 

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Efficiency is a critical pillar in EV powertrain design. Ideally, EV components manufacturers want to convert every single available kilowatt stored within the battery into energy capable of driving the vehicle, and getting as close to perfect as possible is one of the holy grails of design. That's why engineers spend endless hours finding ways to mitigate the effects of heat and friction, because even seemingly tiny saves in these areas can make a huge difference when it comes to an EV's performance.

With over 2.5 million electric drive systems (and counting!) delivered, GKN Automotive knows this as well as anybody. 

"It's really critical that the EV powertrain is designed to consume the least amount of waste possible to increase the range availability of the vehicle and give the driver a better experience when it comes to things like range anxiety or charging," says Ben DeLand, director of electrical hardware engineering, GKN Automotive. "In EVs, a mountain of R&D money and effort has been spent, and I think over the past 10 years we've seen massive gains in efficiency."

In this episode of The Amped EV Podcast, DeLand gives his thoughts on the overlap and complexity in EV and all-wheel drive systems, how GKN Automotive aims to provide versatility in its EV powertrain solutions, the significant EV powertrain advancements that have been made over the past decade, and more.

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Fleet electrification is tricky. Many fleet locations never planned to one day convert their vehicles to run using electric powertrains, and therefore lack the adequate electrical infrastructure to easily make the switch. The good news is that upgrade solutions are typically available, and today there are lots of partners out there who can help fleets get started. The bad news is that the upgrade process can involve lengthy wait times – sometimes up to two years – due to factors like utility management and equipment shortages.

Tom McCalmont, CEO and co-founder of Paired Power, says his company has developed what he calls a novel solution that both circumvents the need for extensive grid upgrades and also significantly accelerates the installation process: PairTree, a pop-up solar canopy that offers freedom from costly construction and infrastructure upgrades required by traditional solar canopy installation.

"Over the last 10 or 12 years, solar has gotten dramatically cheaper, but the one type of solar that has not gotten dramatically cheaper is solar carports. And the reason they haven't is ... because they have a massive foundation, with steel and concrete going into the ground. It's a very labor-intensive process to construct the actual overhead canopy and it's slow," McCalmont says. "So, we thought about that problem. The PairTree has a ballasted foundation with a light attachment. It can be attached to the ground with ground screws, but it's not a massive foundation like you would do with a traditional canopy. All of that can be accomplished in one day with two workers."

In this episode of The Amped EV Podcast, McCalmont discusses the challenges related to fleet electrification, why some fleets are turning to microgrid EV charging systems, and the adaptability of these charging systems to different geographic conditions.

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First Student isn't messing around when it comes to its ambitions for school bus electrification – 30,000 school buses by 2035. At first glance, it may seem a bit pie-in-the-sky, but Kevin Matthews, head of electrification at First Student, assures that school buses may be the area that makes the most sense when it comes to fleet electrification opportunities in the U.S.

"That number was not a 'throw darts at a dart board approach.' We also believe this [growth will be] a little bit shallower than a hockey stick, where when you get to around the year 2029 or 2030 we'll see a real uptick in the percentage of buses that become electric," Matthews says. "The yellow school bus has been the redheaded stepchild of the automotive industry for a long, long time. But as we transitioned to electrification, we've actually moved toward the tip of the spear."

In this episode of The Amped EV Podcast, we discuss how mandates for electric school buses in various states line up with the natural replacement cycle of school buses, the dual approaches districts adopt in electrifying their fleets, and shed light on the timelines and complexities involved in transitioning to electric school buses.

Electric vehicle charging and grid management are both critical factors when it comes to handling the increased adoption rates of EVs. The fragmented nature of the electric utility industry mixed with the necessity for the intelligent management of EV charging on a hyperlocal level isn't an easy hurdle to cross – and it's hard to do it alone.

The good news is that the industry is intimately aware of this, and partnerships are cropping up to intersect well-designed hardware with advanced grid management. The partnership between Wallbox and Weavegrid is one of those.

WeaveGrid, a software company that enables rapid electric vehicle adoption on the electric grid, and Wallbox, a leading provider of electric vehicle charging solutions, recently announced their joint effort to expand access to utility-managed charging programs for North American Wallbox owners, beginning with Xcel Energy’s Charging Perks Program in Colorado, where Xcel Energy currently serves around 1.3 million residential customers.

"There's a very academic approach one can take to this sort of problem: It's looking at vehicles purely as batteries on wheels and drivers as just sort of an inconvenient human element to this problem of balancing out the batteries on those vehicles," says Yakov Berenshteyn, director, automotive & charging partnerships, Weavegrid. "I think that's a perspective that Wallbox and Weavegrid both have, and it's part of that shared value that led to this partnership. We need to make sure that this is a good driver experience and that's going to be manifested in this partnership."

In this episode of The Amped EV Podcast, we discuss the need for renewable energy generation, the benefits of managing EV charging intelligently at a hyperlocal level, and how the partnership between Wallbox and Weavegrid is making strides in Colorado's growing EV market.

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Electric vehicles have been steadily rising in popularity in the US for around a decade now, so surely consumers have had plenty of time to research and understand the differences in aspects like maintenance costs, range and government incentives, right?

...Right?

The truth is, there are plenty of misconceptions about the current state of EVs, a topic that has recently been researched in-depth by CDK Global in the company's recently published whitepaper "EV Confusion Carries On."

"When we talk about EVs in general as an industry, we know a lot of things are true and we talk about them on shows like this, on LinkedIn, all those things. But we have to understand the American consumer is not following any of that," says Dave Thomas, director of content marketing and industry analyst at CDK Global. "What they mostly see about EVs is what's in the mass media or from friends in their networks. And the one thing they all know is EVs are more expensive overall. They cost more to buy. Tesla started all off as a luxury brand when it started. That's kind of core to their belief.

"As we know, it's a core benefit of an EV that maintenance costs are lower, there are no oil changes and brakes should last much longer," he continues. "All those kinds of things should pay off for the consumer in the end. But, EV shoppers ranked maintenance as being more expensive, so it's all over the place."

On this episode of The Amped EV Podcast, we speak with Thomas about EV maintenance, EV tax credits and the effect that social networks have on one's knowledge and interest in EVs.

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