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Commercial electrification specialist Lightning eMotors is celebrating its latest company feat in the form of Altoona testing certification for its ZEV3 battery electric passenger van. By receiving certification of granular testing by the Federal Transit Administration (FTA), the ZEV3 becomes the first Class 3 battery electric van to pass Altoona, meaning its purchases can now qualify for grants at both the federal and state level.

Lightning eMotors ($ZEV) designs, engineers, customizes, and manufactures a variety of EVs to support a growing array of needs for fleet customers. In addition to providing specialized electric conversions of existing platforms developed by other OEMs like Ford and GM, it has been offering its customers purpose-built EVs on its own proprietary platform since early 2022.

In addition to building EVs, Lightning eMotors has also begun exploring in other EV-adjacent technologies, like autonomous capabilities, wireless EV charging, and bolstered charging infrastructure under its Lightning Mobile arm.

Lightning’s ZEV4 passenger bus previously received Altoona testing certification from the FTA, a requirement in order for any electric bus to qualify for funds from federal and state governments participating in the FTA’s Low and No Emissions Grant program. The program consists of $4 billion in grant funding available over the next four years for the purchase or lease of zero emission transit buses like the ZEV4.

Today, Lightning eMotors announced that its all-electric ZEV3 passenger van has also become Altoona certified and will join the ZEV4 as a grant qualified transit vehicle.

Lightning electric van
The ZEV3 all-electric passenger van / Source: Lightning eMotors

Lightning eMotors’ electric van finds additional success

Lightning eMotors explained how rigorous the Altoona testing process was in order to ensure its electric vans can withstand the daily usage they will have to endure in transporting passengers around their respective cities.

Altoona certification consists of a standardized set of procedures that measure the vehicle’s maintainability, reliability, safety, performance, structural integrity, and noise pollution. Since the ZEV is also a battery electric vehicle, its testing process also included range and efficiency assessments. Lightning eMotors’ vice president of marketing and sales operations Nick Bettis spoke:

Fleet managers look to Altoona testing to ensure the vehicles they purchase are tested to meet the demands of transit usage for many years and thousands of miles. This certification confirms our ZEV3 passenger van can withstand the harshest of punishment and will keep occupants safe.

Transit agencies are becoming more interested in micro-transit and battery-electric vehicle solutions to supplement traditional buses. This shift has created the need for smaller vehicles to complete Altoona testing and become available. Our ZEV3 platform has long been one of our most popular with commercial fleet operators. Now, with Altoona testing certification, transit fleet managers can be confident the Lightning ZEV3 provides the durability needed for transit use and is eligible for FTA grants.

The ZEV3 is built upon a Ford Transit 350HD chassis which has been fully electrified to deliver up to 200 miles of range (depending on configuration) on a single charge; each Lightning electric van comes standard with both Level 2 AC charging and DC fast charge capabilities.

Lightning eMotors states it has delivered over 300 ZEV3 vans to date that have combined for over 3.3 million real world accumulated miles. With federal and state grants now available for new ZEV3 purchases, we’d expect to see that sales number grow through 2023.

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Daily EV Recap: EVs that can power your home

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Daily EV Recap: EVs that can power your home

Listen to a recap of the top stories of the day from Electrek. Quick Charge is now available on Apple PodcastsSpotifyTuneIn and our RSS feed for Overcast and other podcast players.

New episodes of Quick Charge are recorded Monday through Thursday and again on Saturday. Subscribe to our podcast in Apple Podcast or your favorite podcast player to guarantee new episodes are delivered as soon as they’re available.

Stories we discuss in this episode (with links):

You can power your home for 21 days with a Chevy Silverado EV and GM’s new bidirectional charger

Hyundai bets on new materials to improve its upcoming electric vehicles

Tesla launches website to convince shareholders to vote for Elon’s $55 billion payday

XPeng CEO shares NGP self-driving footage in Germany, teasing full roll out coming to EU

2023 was a record year for wind power growth – in numbers

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Drop us a line at tips@electrek.co. You can also rate us in Apple Podcasts or recommend us in Overcast to help more people discover the show!

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Daily EV Recap: EVs that can power your home

Stay up to date with the latest content by subscribing to Electrek on Google News.

You’re reading Electrek— experts who break news about Tesla, electric vehicles, and green energy, day after day. Be sure to check out our homepage for all the latest news, and follow Electrek on Twitter, Facebook, and LinkedIn to stay in the loop. Don’t know where to start? Check out our YouTube channel for the latest reviews.

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Disneyland faces pressure to electrify its stinky ‘Autopia’ ride, and quick

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Disneyland faces pressure to electrify its stinky 'Autopia' ride, and quick

Disney’s Autopia ride has been making headlines recently, after a park spokesperson told the LA Times that the park is “evaluating technology that will enable us to convert from gas engines in the next few years.” But activists want to put the pressure on to ensure that Disney goes all-EV with the ride, and fast.

The news was reported in many outlets suggesting that Disney is going all-electric with Autopia, but unfortunately, Disney’s statement is a little noncommittal and open on that front. We’ve seen a lot of automakers call 100% gas-powered hybrids as “electrified,” and given that Disney was nonspecific about both its timeline and powertrain source, there’s still room for pressure to ensure that Disney goes with an all-electric choice.

Autopia is a classic ride in Disneyland’s “Tomorrowland” area, but given the EV world we’re living in, its stinky gas-powered cars certainly don’t seem too futuristic.

Until 2016, Autopia vehicles were noisy, polluting two-stroke engines. Two-stroke engines differ from four-stroke in that they can create more power in small formats, but are much dirtier because the combustion process is less complete in a two-stroke engine, and thus exhaust contains ~30x higher levels of particulate emissions (for example, running a two-stroke gas leafblower for one hour can make as many poisonous emissions as driving a passenger car 1,100 miles).

The emissions from these engines cause smog and harm the health of those who breathe them – so putting them directly in front of small children isn’t the best idea. But the ride was sponsored by Chevron from 1998-2012, and that company is pretty dedicated to poisoning small children anyway, so it was apt.

Thankfully, in 2012, Disney attracted a new sponsor, Honda, and in 2016, Honda upgraded the engines to small four-stroke engines, reducing noise and pollution significantly. However, the cars still create exhaust, which is still poisonous to the children riding behind these polluting engines. It’s also poisonous to employees, to the point where Disney pays hazard pay to employees who are assigned to staff the ride.

2016 was also notably after EVs had proven themselves in the automotive realm. So upgrading to an old technology seems a little inappropriate for “Tomorrowland.” But Honda themselves have been behind the ball on the EV transition as well.

Tomorrowland is the section within Disneyland which was meant to show visions of the future. It first opened in 1955, and offers a time capsule of what a 1950s vision of the future might have looked like.

Needless to say, in the seven decades hence, things have changed somewhat. To the point where the original designer of the Autopia cars, Bob Gurr, who is now 92 and was interviewed by the LA Times, said “get rid of those God-awful gasoline fumes.”

It’s certainly ironic that in California, where EVs keep setting sales records and where you can’t even buy gas-powered “small off-road engines” anymore, a Disneyland parkgoer might drive to the park in a clean EV, only to show their children a vision of the past with a poisonous, low-performing gas engine on one of the admittedly more-fun rides in the park. Just imagine how much more fun the ride could be if it were electric.

And Disney could do a lot more to update Tomorrowland with actual visions of the future, rather than an old-timey time capsule. The original Tomorrowland featured a “Carousel of Progress” show of futuristic efficient home appliances, and the Monorail and PeopleMover which both still exist. Disney could showcase more public transport or other post-car mobility options, ideas for futuristic city planning, induction cooktops and more.

But for now, making Autopia electric seems like incredibly low-hanging fruit. Electric go-karts are nothing new, and while Disney’s commitment to move away from gas in the “next few years” is good to hear, it’s been a long time coming, and now isn’t the time to wait.

To this end, local EV advocates and Plug In America are hosting a “Dump the Pump” rally this Sunday, April 21 at 10am at Walt Disney Studios in Burbank. Not a bad way to spend Earth Day weekend, perhaps after attending one of the LA-area Drive Electric Earth Month events the day before (and one of the founders of Drive Electric Week, Zan Dubin-Scott, is organizing the Burbank rally).

Given Disney’s 2030 net-zero pledge (which is ambitious compared to many companies), it’s about time they ditch gas at Autopia – and not just in the “next few years,” but maybe before next Earth Day rolls around. How about it?

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Nissan Micra EV to debut later this year as new low-cost electric car

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Nissan Micra EV to debut later this year as new low-cost electric car

Another affordable electric car is set to be unveiled later this year as Nissan looks to boost EV sales. Nissan will unveil a new Micra EV as its newest low-cost electric car.

Nissan has been teasing an electric Micra successor for several years now. The new EV was previewed as part of the Renault-Nissan-Mitsubishi alliance.

Over two years ago, the company claimed, “This all-new model will be designed by Nissan and engineered and manufactured by Renault using our new common platform.”

The entry-level EV was part of the Alliance’s plans to invest 23 billion euros ($24.5 billion) over a five-year period to kick off its EV offensive. Nissan unveiled its own business update last month as it looks to cut costs and introduce affordable EVs.

Nissan’s new “Arc” business plan aims for “significant next-generation EV cost reduction” through its partnerships and technology.

The automaker is preparing to launch five new electric cars soon. In November, Nissan revealed an up to £3bn ($3.8B) investment to build three new EVs at its Sunderland factory, including an electric Juke, Qashqai, and its LEAF successor.

Nissan-sporty-urban-EV
Nissan Concept 20-23 electric car (Source: Nissan)

Nissan Micra EV to arrive as a new low-cost option

However, Nissan will kick things off with the Micra EV, which will be unveiled later this year. It will be Nissan’s latest low-cost electric car as it looks to satisfy growing demand.

Although Nissan has yet to reveal full details, it’s expected to ride on the same AmpR Small Platform used to power the Renault 5. The Renault features up to 249 miles range from a 52 kWh battery, and the Nissan Micra EV is expected to boast similar numbers.

Nissan-Micra-EV
(Source: Nissan)

It could also offer smaller battery options, like 40 kWh, good for 186 miles range, at a lower price point.

According to Auto Express, the Micra EV will be the first of Nissan’s new electric car lineup. The new low-cost EVs’ design is expected to be closer to that of the Ariya, as sources have also indicated with the new LEAF.

Nissan-Micra-EV
Nissan Ariya (Source: Nissan)

Nissan said it aims to reduce the costs of its new electric models by 30% by developing “EVs in families, integrating powertrains, utilizing next-gen manufacturing, group sourcing, and battery innovations.”

The automaker expects that by focusing on these areas, its electric cars will achieve price parity with gas-power vehicles by 2030 (if not sooner).

Nissan also plans to introduce new EV batteries, such as all-solid-state, to gain a competitive advantage. It kicked off construction on its new all-solid-state EV battery pilot line this week.

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