In a market where federal tax credits are no longer cushioning electric car prices, the upcoming 2027 Chevrolet Bolt arrives as GM’s latest attempt to keep affordable EVs within reach. Shown off quietly to existing owners, the 2027 model rolls in at $29,990 including destination fees, offering a handful of upgrades over its predecessor rather than any sweeping reinvention.

Read: 2027 Chevy Bolt Just Showed Up Completely Undisguised At A Tesla Station

This represents a modest price increase over the 2023 model that was discontinued two years ago, and although it remains the most affordable EV from an American brand, the new Bolt still sits several thousand dollars above the entry-level 2026 Nissan Leaf, which is due to arrive next spring starting at $25,360.

Production and Core Specs

At a recent event, Chevrolet confirmed that production of the 2027 Bolt will begin early next year at its Kansas City facility. As revealed in recent images, the electric hatch will include a standard NACS charging port, aligning it with the new industry standard.

It has also been confirmed to come standard with a new 65 kWh lithium-ion phosphate battery pack that will provide it with 255 miles (410 km) of driving range, according to GM’s own estimates. That represents a modest improvement over the outgoing model’s 247-mile figure.

Photos Chevrolet

Beyond boasting a better range than the outgoing Bolt, the new one’s DC charging speeds are no longer capped at 50 kW. Instead, it can charge at up to 150 kW, meaning the battery can be topped up from 10-80 percent in 26 minutes. That’s a big improvement over the old model and matches the charging speeds of the new Leaf.

Chevy has also equipped the Bolt with a new motor, borrowing the unit found in the Equinox EV and producing 210 hp. Performance times have yet to be announced, not that Bolt owners are the kinds of buyers that’ll be participating in traffic light races.

Pricing and Trims

The 2027 Bolt will debut first as a Launch Edition, starting at $29,990 with destination and delivery included. A slightly more affordable LT trim will follow next year priced from $28,995.

From a visual standpoint, the alterations made to the Bolt are less significant than many had expected. Indeed, it mostly looks like a facelifted version of the outgoing model. Key changes made include the fitment of new headlights, different taillights, and a unique tailgate with a redesigned bumper.

The interior is also very similar. However, Chevy has added a larger digital instrument cluster and moved away from gear selector buttons on the transmission tunnel, instead opting for an electronic column shifter.

A particularly welcome addition is a set of large physical dials for temperature and fan speed, providing straightforward control without touchscreen fuss. Two new storage compartments now sit within the dashboard, directly in front of the passenger, adding extra practicality to the cabin.

Legal trouble is circling Porsche in the United States, but this time, the controversy isn’t about its cars. The German automaker is under scrutiny over claims that its home charging units fail to deliver the charging speeds owners were promised.

The lawsuit, recently filed in the U.S. District Court for the Northern District of Georgia, takes issue with the Porsche Mobile Charger Plus and Porsche Mobile Charger Connect devices.

The Devices in Question

Both of these chargers are available to Porsche owners and allow for easy home charging. When plugged into an outlet providing at least 40 amps, they can charge a car’s battery in between 9.5 and 10.5 hours.

However, the new filing alleges that these units tend to overheat, potentially damaging outlets and creating a fire risk. It also claims that charging times can be nearly double what the company advertises, leaving owners waiting far longer than expected to hit a full charge.

Read: Porsche Settles Leaky Sunroof Lawsuit, But Some Owners Get A Better Deal Than Others

This isn’t Porsche’s first encounter with charger-related complaints. In 2023, the company faced a similar lawsuit over allegedly defective home chargers. To address that case, Porsche agreed to reimburse customers and introduced an updated unit featuring a temperature sensor. But the latest legal filing argues that these steps were cosmetic, not corrective.

“After the original complaint was filed in this case, PCNA offered reimbursement for third-party chargers and, most recently, replacement devices that merely add a temperature sensor,” the lawsuit states.

“These steps did not solve the underlying problem: charging times far longer than advertised, before and after the Charger Restriction, limiting consumers’ ability to use their vehicles when needed and as advertised.”

It has also been claimed in the new lawsuit that Porsche has long known about the problem, but has failed to address it and has not issued a “recall, repair, replacement, or other program.”

Plaintiffs Paul Herdtner of Kansas, owner of a 2020 Taycan 4S, and John Holby of Illinois, who owns a 2021 Taycan Turbo, are leading the case.

Sources: CarComplaints

Long charging times have long been considered one of the biggest disadvantages of electric vehicles, particularly when compared to how quickly you can refuel an ICE-powered car. However, Chinese automaker Zeekr has just unveiled an updated version of the 001 shooting brake, turning it into one that appears to be the fastest-charging EV on the planet.

Now, when we say the 001 charges as quickly as it takes to refuel a combustion-powered car, don’t rush to take a stopwatch to verify it, but it’s close enough to be quite impressive.

Lightning-Quick Refill

Thanks to the implementation of a new 900-volt electric architecture and Zeekr’s ‘Golden Brick’ battery, one version of the 001 can be charged from 10-80 percent in just 7 minutes.

Read: Zeekr 007 EV Can Get 80% Charge In Just Ten Minutes

That figure is particularly remarkable given that this model has a reasonably sizeable 95 kWh battery pack, rather than a small one that can charge quickly.

Zeekr claims the new and improved 001 supports charging speeds of up to 1,140 kW. In the US, only Tesla’s Megachargers, developed for the Semi, can deliver those kinds of speeds, but in China, Zeekr has already started rolling out 1,300 kW stations.

Power To Match The Speed

Zekr will sell the new 001 with the 95 kWh pack exclusively in all-wheel drive guise. This version features dual electric motors that combine to deliver 912 hp, allowing for a 0-62 mph (0-100 km/h) sprint in a dazzling 2.83 seconds.

The 95 kWh model has a claimed CLTC range of 441 miles (710 km), which is more than adequate even under China’s rather optimistic standards.

A version with a 103 kWh pack, using CATL’s Qilin battery tech, will also be available, boosting range to 437 miles (762 km), but not quite matching the charging speeds of the Golden Brick battery. That’s not to say models with the 103 kWh pack don’t charge quickly. In fact, they can go from 10-80 percent in just 10 minutes.

Plenty of other upgrades have been made to the Zeekr 001. For example, it comes with a panoramic glass roof embedded with individual LEDs that’s designed to mimic the Starlight headliner you’ll find in a Rolls-Royce.

The new model also includes a large infotainment display, a 39.3-inch head-up display, a 13-inch instrument cluster, and an 8-inch display at the rear.

Final pricing details have yet to be announced, but Zeekr has announced that customer deliveries will start in the coming days.

The Dacia Spring proved that EVs can be seriously affordable, so long as you can afford the time. The original versions were shockingly slow, but Dacia has replaced both the 46 and 65 models with two new versions that are on a different performance planet, and still shouldn’t cost the earth.

Until now, the Spring has come in a couple of trims and with two different motor options, the 45 and 65. Those numbers referred to the metric horsepower output, which equates to just 44 hp (33 kW) and 64 hp (48 kW).

Clearly, we’re not talking about Tesla-grade go here. The 65 took 13.7 seconds to reach 62 mph (100 km/h), and the 45 required 19.1 seconds, the kind of performance last seen on mainstream cars over 40 years ago.

Related: You Can Buy A New Dacia EV For Just $4,600 In Italy, But It’s Not For Everyone

Dacia hasn’t revealed a zero to 62 mph (100 km/h) time for the new 69 hp (70 PS / 52 kW) Spring 70, but it did provide some in-gear acceleration data to prove what a massive difference the extra muscle makes.

Where the 45 and 65 needed 26.2 and 14 seconds, respectively, to amble from 50-75 mph (80-120 kmh), the 70 can do the job in 10.3 seconds. And the 99 hp (100 PS / 74 kW) Spring 100 cuts it to just 6.9 seconds, while also getting to 62 mph in 9.6 seconds, which is hardly hot hatch performance, but it will certainly feel like one in this company.

Smarter Under The Skin

Helping keep that newfound punch in check is an anti-roll bar, which makes an appearance on the tech sheet for the first time, along with a new 24.3 kWh lithium-ion phosphate (LFP) battery. The electric driving range is unchanged at 140 miles (225 km), but the previously 30 kW on-board charger is upgraded to 40 kW.

That change looks laughable in the context of the latest 400 kW EVs, but the Spring’s battery is tiny, so a 20-80 percent fill takes a bearable 29 minutes when hooked up to a DC charger, and a 20-100 percent fill via a 7kW wallbox is done in 3h 20 minutes.

Price Still Matters

Dacia hasn’t revealed prices for the upgraded Springs, but hopefully, they won’t stray too far from where the outgoing cars were positioned. At just £14,995 ($20,200), the base 45 was one of the cheapest EVs available in the UK.

Dacia

We might be living in the age of electrification, with all its highs and lows, but EV and plug-in hybrid drivers still need a shove when it comes to charging discipline. Pure battery-electrics have no choice but to plug in, yet plenty of PHEV owners treat their rides like ordinary gas cars and ignore the socket altogether, according to Toyota’s research arm. It’s baffling really; why pay extra for a PHEV only to use it as a glorified hybrid?

To address this curious habit and encourage better routines, the company has developed an app that applies behavioral science and game-like rewards, turning charging into less of a chore and more of a challenge. The Toyota Research Institute (TRI) says it works, and early findings back that up.

Shaping Better Charging Habits

Toyota explains that technology alone cannot deliver lower emissions. For BEVs and PHEVs to achieve their full environmental potential, owners must charge them consistently and, crucially, at the right times when clean energy sources are available.

More: This Toyota Prius Can Cut Emissions By Up To 90% Thanks To A Clever Trick

The smartphone application that can help reach this goal is called ChargeMinder and was developed by TRI’s Human-Centered Artificial Intelligence division. Being a prototype means it is not yet available for download from an app store, but is already delivering results in research trials.

Similar to a fitness app, ChargeMinder uses push notifications, streak tracking, and motivational messages to encourage owners to plug in at the right time. It also includes short quizzes to keep users engaged, while access to vehicle telematics and charging location data allows for more personalized suggestions.

Studies Suggest It Works

As noted by Dr. Laura Libby who works at the Toyota Research Institute, “small, targeted interventions can have a large impact on people’s decisions and actions”, adding that “behavioral interventions are inexpensive and can be deployed quickly”.

More: Diesel Is Dying And Toyota Already Picked Its Replacement

Toyota’s research arm performed “randomized controlled trials” in the US and Japan with EV drivers from 12 different brands. Findings showed that “behavioral science-based interventions significantly improved charging habits”, leading to lower carbon emissions. In short, an app that provides timely reminders and rewards good behavior can benefit both drivers’ wallets and the wider environment.

Numbers Tell The Story

The company reports that behavioral interventions increased PHEV charging by 10 percent among US drivers. At the same time, satisfaction scores climbed by 16 percent, reaching a perfect 100. In Japan, PHEV and BEV drivers shifted their charging to coincide with peak renewable energy hours by 59 percent, while also plugging in for an extra 30 minutes per day during daylight.

The next step for TRI is to expand ChargeMinder with more personalized, data-driven interventions. While Toyota hasn’t announced a public release timeline, it’s hard to imagine it won’t eventually roll it out to the world.

If you own an electric Porsche in North America, public charging is about to get a whole lot easier. Starting on September 9, owners will gain access to the Tesla Supercharger network, which provides them with the opportunity to charge at any of the 23,500 charging locations across the continent, all enabled thanks to a new NACS DC adapter.

The newly developed adapter will be provided free of charge for all 2026 Porsche Taycan and Macan Electric models. Owners of the current 2025 Taycan and Macan Electric are eligible to receive a complimentary adapter, available through the My Porsche application.

Read: Forget Cables, The Electric Cayenne Can Charge Hands-Free

Anyone who owns a 2024 or older Taycan can also use the NACS DC charger, but will need to pay $185 and order it from the Porsche Online Shop or pick one up from a Porsche center.

Getting Started

Access to the Tesla Supercharger network will start with a soft launch, where Porsche owners must use the Tesla app to enable charging. In the coming months, it’ll be possible to charge directly through the My Porsche app. Other stations from Ionna and Electrify America with NACS ports can be activated directly through the My Porsche app at launch.

Charging Made Easy

All eligible Porsche electric vehicles from 2026 onward will incorporate the new charging stations into their navigation systems, while older models will receive over-the-air software updates to show these newly available charging points.

“We are continually working to make every aspect of Porsche ownership as convenient as possible for our customers – and this news represents a significant step for owners of our electrified cars,” Porsche Cars North America president and chief executive Timo Resch said. “As we launch this offering, in the coming months we will be adding more features to make the process even more seamless.”

Why an Adapter Is Still Necessary

Interestingly, neither the 2026 Taycan nor the 2026 Macan Electric have the North American Charging Standard port, hence why an adapter is needed. This is despite the fact that, in 2023, it was confirmed that future VW, Audi, Porsche, and Scout EVs would use the NACS charging port from 2025.

CAMPBELL, Calif. CLEVELAND, Ohio, – ChargePoint (NYSE: CHPT), a leading provider of EV charging solutions, together with intelligent power management company Eaton, today announced an ultrafast charging architecture with end-to-end power infrastructure for public charging and fleets. ChargePoint Express Grid, powered by Eaton, is a vehicle-to-grid (V2G) capable solution that delivers up to 600kW of power for passenger EVs and can provide megawatt charging for heavy-duty commercial applications.

The innovative integration of ChargePoint’s Express chargers with Eaton’s end-to-end electrical solutions delivers a powerful solution to overcome grid constraints, addressing the challenge of how to cost-effectively scale charging for the growing number of EVs entering service. By leveraging Eaton’s Everything as a Grid approach and integrated V2G capabilities, the system can seamlessly synchronize onsite renewables, energy storage and vehicle batteries with local energy markets to help fleets significantly reduce fueling costs. When deployed at scale with participating utilities, the joint architecture can even help balance the electric grid.

“The new ChargePoint Express architecture, and particularly the Express Grid variant, will take DC fast charging to levels of performance and cost not previously imagined. This latest technological breakthrough further demonstrates our commitment to deliver innovation,” said Rick Wilmer, CEO of ChargePoint. “Combined with Eaton’s end-to-end grid capabilities, ChargePoint is delivering solutions to help EVs win on pure economics, regardless of tax incentives or government support.”

“Accelerating electrification at scale hinges on industry-changing technology from trusted manufacturers that can be deployed faster while achieving new levels of reliability and efficiency at a significantly lower cost,” said Paul Ryan, vice president and general manager of energy transition at Eaton. “Our partnership with ChargePoint is an accelerator for innovation in electrification, with novel technology today and into the future that makes going electric the smart choice.”

Eaton will custom engineer each Express configuration with comprehensive power infrastructure delivered site-ready with the option of a skid-mounted solution to expedite installation, reduce equipment requirements, and simplify connection to the grid and distributed energy resources (DERs). Eaton also plans to commercialize solid-state transformer technology in the next year through its recent acquisition of Resilient Power Systems Inc. to support DC applications in the EV market and beyond.

The ChargePoint Express Grid, powered by Eaton, will debut at the RE+ trade show in Las Vegas in Booth #V8071. Express solutions are available to order for select customers in North America and Europe, with deliveries beginning in the second half of 2026. Learn more here. To learn more about the ChargePoint Express line of EV chargers, please visit https://info.chargepoint.com/dc-architecture.html.

About ChargePoint Holdings, Inc.
ChargePoint has established itself as the leader in electric vehicle (EV) charging innovation since its inception in 2007, long before EVs became widely available. The company provides comprehensive solutions tailored to the entire EV ecosystem, from the grid to the dashboard of the vehicle. The company serves EV drivers, charging station owners, vehicle manufacturers, and similar types of stakeholders. With a commitment to accessibility and reliability, ChargePoint’s extensive portfolio of software, hardware, and services ensures a seamless charging experience for drivers across North America and Europe. ChargePoint empowers every driver in need of charging access, connecting them to over 1.25 million charging ports worldwide. ChargePoint has facilitated the powering of more than 16 billion electric miles, underscoring its dedication to reducing greenhouse gas emissions and electrifying the future of transportation. For further information, please visit the ChargePoint pressroom or the ChargePoint Investor Relations site. For media inquiries, contact the ChargePoint press office.

About Eaton:
Eaton is an intelligent power management company dedicated to protecting the environment and improving the quality of life for people everywhere. We make products for the data center, utility, industrial, commercial, machine building, residential, aerospace and mobility markets. We are guided by our commitment to do business right, to operate sustainably and to help our customers manage power ─ today and well into the future. By capitalizing on the global growth trends of electrification and digitalization, we’re helping to solve the world’s most urgent power management challenges and building a more sustainable society for people today and generations to come.

Founded in 1911, Eaton has continuously evolved to meet the changing and expanding needs of our stakeholders. With revenues of nearly $25 billion in 2024, the company serves customers in more than 160 countries. For more information, visit www.eaton.com. Follow us on LinkedIn.

The post ChargePoint and Eaton launch breakthrough ultrafast DC V2G chargers and power infrastructure to accelerate the future of EV charging appeared first on School Transportation News.

Electric vehicles are often billed as an eco-friendly solution to the world’s problems, but it appears they’re hiding a dirty secret. In this case, it’s high levels of particulates near EV charging stations.

The surprising finding was discovered by researchers from the UCLA Fielding School of Public Health, who took readings at 50 DC fast charging stations and compared them to other sites. They were interested in potentially dangerous air particles known as PM2.5, which are about 30 times smaller than a human hair.

More: EVs Pollute 30% Less Than ICE Over Lifetime, But Only After 56K Miles

In Los Angeles, the study found the urban background PM2.5 concentration is 7 to 8 micrograms per cubic meter and that increases to around 10 to 11 on freeways or at busy intersections. Gas stations clocked in at around 12 micrograms per cubic meter, while fast chargers averaged 15 and peaked as high as 200.

UCLA

Researchers noted the highest levels were found at the chargers’ power cabinets, but concentrations dropped “quite a bit” just a few meters away. They added that “a few hundred meters away, there’s no noticeable difference compared to background levels of pollution.”

Dr. Yuan Yao said, “Our findings suggest that these tiny particles likely come from particle resuspension around the DCFC’s power cabinets.” She went on to explain the cabinets convert electricity from the grid into the direct current needed to charge electric vehicles, and they also contain fans to prevent them from overheating. It’s believed these fans are stirring up dust and particles, making air around charging stations ‘dirty.’

UCLA

Dr. Michael Jerrett explained the dangers as he said, “These particles are so small, they can travel deep into your lungs and even enter your bloodstream – potentially leading to serious problems like heart or lung disease.” Unsurprisingly, those with pre-existing conditions or heightened sensitivity are at higher risk of suffering health issues related to fine particle exposure.

Despite the risks, UCLA environmental health professor Yifang Zhu said “EVs remain a vast improvement over combustion vehicles, and our own studies show that transportation electrification cleans the air for everyone.” She went on to suggest the charger emissions could be addressed by adding air filters to the power cabinets.

In the meantime, researchers suggest that EV drivers remain inside their vehicle with the climate control system running, while it charges. As an alternative, they can leave the area to get to cleaner air.

H/T to Bloomberg

UCLA

The U.S. Department of Energy (DOE) warns blackouts could increase by 100 times in 2030 if the nation “continues to shutter reliable power sources and fails to add additional firm capacity.” The forecast is a driving factor for school transportation departments seeking to incorporate cleaner alternatives for fueling buses.

The DOE report “Evaluating U.S. Grid Reliability and Security” released July 7, fulfills Section 3(b) of President Donald Trump’s Executive Order “Strengthening The Reliability and Security of the United States Electric Grid,” designed to deliver a uniform methodology to identify at-risk regions and guide federal reliability interventions.

• • The report finds the current path—retiring more generations without dependable replacements—threatens both grid reliability and the ability to meet growing AI-driven energy demand. Without intervention, the bulk power system cannot support AI growth, maintain reliability, or keep energy affordable.
  • Projected load growth is too large and fast for existing grid management and capacity planning methods to handle. A transformative shift is urgently needed.
  • The retirement of 104 giga-watts (GW) of firm capacity by 2030, without one-to-one replacement, worsens the resource adequacy challenge. Loss of this generation could cause major outages during unfavorable weather for wind and solar.
  • While 209 GW of new generation is projected by 2030, only 22 GW would be firm baseload power. Even without retirements, the model found increased risk of outages in 2030 by a factor of 34.
  • Current methods for assessing resource adequacy are outdated. Modern evaluations must consider not just peak demand, but also the frequency, magnitude and duration of outages, and model increasing interdependence with neighboring grids.

“Though demands on the electric grid are increasing, we do not foresee a meaningful logistics problem for school transportation directors,” noted Michelle Levinson, the World Resources Institute’s senior manager of eMobility Finance and Policy. “The report headline averages numbers across the whole of the U.S. The risk of additional outages is low and is brought up by high assumed data center demand in Electric Reliability Council of Texas and in PJM South (Virginia and Maryland).”

Levinson commented that the most recent data from the U.S. Energy Information Administration indicates electricity customers on average experienced approximately 5.5 hours of electricity interruptions in 2022.

“Even if all these outages occur on school days, which is unlikely, outages would account for only 0.19 percent of the hours when a bus is in the yard and potentially charging,” she added. “Luckily, transportation directors are already accustomed to navigating the impacts of electric outages on their fueling capabilities through their experience with liquid fossil fuel pumps, which also needs electricity to function.”

Levinson acknowledged change can be “scary” and the transition to electric school buses requires a shift in logistics but should not be a problem in and of itself and as with all logistics comes down to planning.

Overnight and midday down times of most school buses offer substantial opportunities for directors to charge batteries in advance of any conditions that might indicate higher grid risks, such as extreme weather events, she added.

However, others warn that even a short outage will greatly disrupt transportation operations. The DOE’s predicted blackout rate “introduces serious questions about how to keep buses moving in the face of growing grid instability,” noted Joel Stutheit, senior manager of autogas business development at the Propane Education & Research Council (PERC).

“The school day is built around a routine,” he continued. “Imagine what happens to that routine if the grid goes down as often as this DOE report suggests. If a transportation director is relying on an electric school bus fleet, blackouts could leave them unable to charge buses and reliably transport students. Even a short-term outage could introduce last-minute scheduling changes, rerouting [of] buses, and adding extra pressure on drivers and operations teams.”

Transportation directors need to shift from thinking about the electric grid as a guarantee to thinking about it as a variable for which they must plan, Stutheit said.

Ewan Pritchard, the chief subject matter expert on school bus electrification for consultant Energetics, said he believes the intent of the report was to make electric vehicles look bad.

“The DOE’s report is politically charged,” he shared. “My company is the evaluator for the electric vehicle infrastructure program for the state of California. My team is collecting data from all the vehicle charging stations across the state of California that are put in by the electric utilities. We track the time of usage of all of those stations, and we issue a report annually on the progress.”

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Related: EPA Proposal Seeks to Eliminate GHG Regulations for Vehicles, Engines
Related: EPA Provides Update on Clean School Bus Program
Related: Previous Lion Electric School Bus Warranties Voided by Company Sale
Related: Propane School Buses Save Districts 50% on Total Cost of Ownership
Related: Roundup: Informative Green Bus Summit Held at STN EXPO West

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The team’s work, he said, demonstrates electric school buses can benefit the utility grid — a shoring-up effect in the sense that it depends on when a school bus is plugged in.

For example, it can be a problem if school districts charge electric vehicles between 4 p.m. to 9 p.m., actively drawing power from the utility grid during peak demand times when usage and prices are highest, he noted.

Instead, Pritchard recommended school transportation departments would do well to use charge management systems, which essentially keep track of the strain on the utility grid, the cost of electricity and carbon production.

Doing so saves districts money, he added.

“We’re seeing tremendous change in the way people are charging vehicles, especially when it comes to school buses, because school buses have a very predictable schedule,” Pritchard said. “There’s plenty of time between 9 p.m. and 6 a.m. to recharge their vehicles.”

A Back Up Plan?

The challenge of student safety is “likely not as extreme as the report makes it seem,” Levinson agreed.

“If operators have not charged their vehicles ahead of a significant outage event, battery capacities may be low or zero, meaning this particular type of transport would not be able to run its typical route,” she pointed out. “School may not be in session in the event of such a significant outage.”

Alternatively, schools districts may find that electric buses can provide an additional level of safety and resiliency for students and communities during extreme events when the larger grid is out, Levinson said.

“Localized microgrid capabilities that connect bi-directional buses and essential school or community facilities are especially relevant in situations where extreme weather conditions isolate people and businesses,” she added.

PERC’s Stutheit, who previously was the director of transportation for Bethel School District in Washington, noted students are immediately impacted if buses can’t operate due to a power outage as “many students rely on transportation to and from school not only for their education, but to access meals and other essential services.”

If the grid goes down due to severe weather, the stakes are even higher for transportation directors to provide evacuations or emergency transportation, Stutheit said, adding student transporters need reliably-powered school buses that can respond quickly to keep students safe.

“Propane autogas buses provide that layer of resiliency,” he argued. “These buses can operate and refuel even when the grid is down. In the event of an emergency evacuation or shelter-in-place situation, propane autogas buses allow districts to respond without waiting on fuel deliveries or power restoration. That kind of reliability supports student safety.”

Pritchard noted most schools have backup generators if power goes out. He said the real student safety issue is when the tailpipe of a combustion vehicle is putting out emissions at that student’s height, adding studies show the concentration of pollutants inside of a vehicle are worse than the concentration outside of a vehicle when it comes to school buses.

“I think it’s more of a student safety issue to not electrify your fleet,” he added.

And then there is the possibility of using electric school buses to power microgrids available to provide surplus power to school buildings.

Getting Smart

To mitigate challenges, school districts should implement smart charging strategies and familiarize themselves with charge management tools and capabilities, Levinson said, adding it is best to charge when the grid is least constrained, such as overnight or midday when there is the most solar production.

“School districts can also create standard operating procedures and emergency management procedures. They can also conduct emergency preparedness drills to practice for such scenarios and identify places for procedural improvements,” she added.

Other steps include identifying additional charging locations beyond the primary charging yard and installing site-level resilience via batteries, solar and/or generators.

Stutheit shared that propane also complements EVs as part of a multi-fuel strategy, as it can be go-to energy in emergency situations when the grid is down. It can also provide transportation directors with an affordable option that won’t need infrastructure updates to keep up with grid instability.

There are ways to lessen the risk from outages that apply to both diesel and electric school buses, involving alternative power from outside the grid, Levinson said, adding grid outages affect all functions, not just charging buses.

“In cases in which electric school buses are vehicle-to-load or vehicle-to-building capable, they can be a potential asset to provide site power to run phones, computers, and HVAC systems during an outage. Increasingly electric vehicles, such as electric school buses, can be part of the grid support solution.”

The post Safety Concerns of the Electric Grid? appeared first on School Transportation News.

CAMPBELL, Calif., – ChargePoint (NYSE: CHPT), a leading provider of EV charging solutions, today announced Safeguard Care, a new service offering that provides end-to-end reliability monitoring of ChargePoint charging stations. The program, available now in six launch markets, utilizes a network of trained service providers to routinely inspect chargers, identifying and repairing many common issues while onsite.

“ChargePoint continues to develop innovative solutions that ensure EV charger reliability, from anti-vandalism measures to monitoring our hardware from our network operations center. Safeguard Care further demonstrates our commitment to delivering a reliable charging experience,” said JD Singh, Chief Customer Experience Officer of ChargePoint. “As the original manufacturer of the chargers, we are able to ensure the highest standards of service and support. With Safeguard Care, we are giving station owners and EV drivers peace of mind knowing that chargers will be in pristine working order.”

Safeguard Care, combined with ChargePoint AssureÒ, is an ideal solution for charging providers with high traffic and distributed charging stations, such as municipalities, parking garages and workplaces. It is particularly beneficial for station owners who do not have their own dedicated staff to inspect and maintain their stations on a regular basis. Each Safeguard Care visit includes a visual inspection of the charging station and the physical area around the chargers, cleaning, minor repairs or adjustments if necessary, and a test charge to validate functionality after the completion of repairs. Any issues the Safeguard Care inspector cannot address on site will be escalated directly to ChargePoint support for follow up.

For more information about Safeguard Care, please visit: https://www.chargepoint.com/businesses/services.

About ChargePoint Holdings, Inc
ChargePoint has established itself as the leader in electric vehicle (EV) charging innovation since its inception in 2007, long before EVs became widely available. The company provides comprehensive solutions tailored to the entire EV ecosystem, from the grid to the dashboard of the vehicle. The company serves EV drivers, charging station owners, vehicle manufacturers, and similar types of stakeholders. With a commitment to accessibility and reliability, ChargePoint’s extensive portfolio of software, hardware, and services ensures a seamless charging experience for drivers across North America and Europe. ChargePoint empowers every driver in need of charging access, connecting them to over 1.25 million charging ports worldwide. ChargePoint has facilitated the powering of more than 16 billion electric miles, underscoring its dedication to reducing greenhouse gas emissions and electrifying the future of transportation. For further information, please visit the ChargePoint pressroom or the ChargePoint Investor Relations site. For media inquiries, contact the ChargePoint press office.

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New Poll: American Voters Support Federal Investments in Electric Vehicles Broad, Bipartisan Support for EV Investments and Incentives that Lower Costs, Expand Access, and Help the U.S. Beat China in the Race for Auto Manufacturing WASHINGTON, D.C. – A new bipartisan national poll conducted by Meeting Street Insights and Hart Research finds broad public support …

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In 2024, public charging in California expanded at record levels The state has double the publicly accessible chargers versus 2022 Nearly 30% of U.S. EV sales go to California customers In California, drivers are now much more likely to encounter an electric vehicle charging connector than a gas pump nozzle. The state reached 178,549 public...

Owners report more than ten times the issues with Shell Recharge, EVgo, or Blink than with Tesla Rivian's own charging network was second only to Tesla Hardware-related issues have become more prevalent than payment problems Charging networks operated by Tesla and Rivian tended to have fewer problems than non-automaker efforts, according to a...

Chinese automaker BYD on Monday unveiled a new high-power charging system which it plans to deploy at thousands of locations in its home country. As reported by Reuters, the BYD "Super E-Platform" enables megawatt charging—1,000 kw of power—and can add 400 kilometers of range, or nearly 250 miles, in five minutes of charging at that...

Toyota and EVgo on Tuesday announced the opening of new DC fast-charging stations for underserved communities. Located in Baldwin Park and Sacramento, California, the fast chargers are part of Toyota's Empact plan for making electric vehicles more accessible to communities not reached by previous infrastructure projects, such as those in urban...

All 2025 GM EVs eligible soon; a mix of 2024 and 2025 models eligible now Additional incentives if owners opt to suspend charging during high-load times Could help lay groundwork for future V2G program General Motors electric vehicle owners in certain parts of California could receive a $4,500 discount on home-backup power hardware as part of a...

Now that it's rolling out adapters that allow its electric vehicles to charge at Tesla Supercharger stations, Ford is streamlining things for Apple iPhone users that want to navigate to them. The automaker on Monday announced that Mustang Mach-E and F-150 Lightning drivers using Apple Maps EV route planning, via Apple CarPlay, can now specify a...

Among those considering the purchase of a new or used battery-electric or plug-in hybrid vehicle, or just curious about EVs, charging can still be the EV dealbreaker. Unless you don’t have a way to easily install or access home charging, your excuses are quickly disappearing, though. In 2024 public charging kept pace—or...