To be fair, the Äike T electric scooter is an interesting and innovative ride by itself. But the fact that it’s the world’s first USB-C enabled electric scooter is icing on the cake.
But what makes the Äike T electric scooter stand out so much from the hundreds of other e-scooters on the market?
Pretty much every electric scooter in the world is built in China. I say pretty much, because there’s one model that isn’t, and you’re looking at it.
Meet the Äike T, a European-designed and built electric scooter that packs a number of surprises.
Right off the bat, I’ll tell you that most of the cool features surrounding this scooter relate to its design, not its performance.
The performance is good, don’t get me wrong. But there’s nothing majorly innovative on the performance side. In the US it gets a 20 mph (32 km/h) speed limit, which is nice but a far cry from the faster electric scooters we’ve tested.
The 1,000W motor is certainly peppy, but again, it’s similarly powerful to many other electric scooters out there.
The battery’s 583 Wh capacity is commendable, but 25 miles (40 km) of range is once again fairly average for the nicer electric scooters already available in the US.
What makes the Äike T scooter so different?
So what makes this scooter special then? If the raw performance figures put it in the middle of the pack, then it’s all the other features and design considerations that make it stand out.
The first of which is that impressive battery. Not only is it removable, which is a nice bonus for anyone that doesn’t want to carry a 42 lb (19 kg) scooter around to find a plug. But the battery is also rechargeable via a USB-C charger, just like the kind you likely already use to charge your laptop and other devices.
It can accept up to 100W of charging via USB-C, though there’s another charge port if you want to get the higher power dedicated charger for even faster charging.
That USB-C feature means even if you’ve forgotten your charger, you can still beg, borrow, or steal a commonly available USB-C laptop charger somewhere. If you’re in class, you’ve probably got a few friends around that have one within reach. Both the battery and the scooter have a USB-C port, so you don’t have to pull the battery out to charge it.
The battery can also serve as a portable power station, meaning if your laptop or phone is low on juice then it can charge up your devices straight from the scooter’s battery. That’s probably not something most people will use everyday, but it’s a cool feature to have in a pinch. Think about it: Many of us have a big e-bike or e-scooter battery laying around that is only good for one thing: powering that ride. If you can get a second use out of it for backup power, then why not?!
There’s even more impressive tech under the hood. The scooter includes GPS anti-theft protection, and there’s even keyless smart-lock that uses your phone to activate the scooter – no key or PIN code needed.
Next, consider the physical design features. The side-supported wheels don’t just look cool, they also make it easier to change a tire. You’re unlikely to need to do that often though, since those 10″ tires are tubeless pneumatics that are less likely to get flats.
Braking is accomplished with a combination of a mechanical drum brake (i.e. no maintenance) and regenerative electric braking (i.e. also no maintenance). The entire scooter is IPX5 rated for water resistance, though it’s safer to avoid riding in rain anyway. But if you do get caught in a sprinkle or have to ride through puddles, you can be confident that the scooter can take it.
The entire construction and assembly is designed to be much more rugged than cheap imported scooters, and having European-based manufacturing gives the company the highest level of quality control to ensure those high standards.
Even things that many would consider superfluous, such as the kickstand, are nicely thought out. The double kickstand is minimalistic yet creates an extremely stable parking platform to prevent the scooter from falling over, which is good, because you probably don’t want to be knocking over and scratching up an expensive scooter.
Though even on that front, the Äike T isn’t really that expensive, at least not compared to the rest of the market. It’s priced at around €1,150 in Europe (approximately US $1,250), and in the US its available as part of a subscription program for around US $75 per month.
Suspension – what about it?
If there’s any single major downside to the Äike T electric scooter, it’s the suspension. Or rather the lack of it.
There’s no suspension in the scooter and so you’re going to feel bumps like sidewalk cracks and cobblestones more than on a full-suspension scooter.
Personally, this didn’t really bother me because was riding on mostly good streets, bike lanes, and sidewalks. I didn’t have many pot holes to watch out for and the ones I did, well, I knew where they were and I just didn’t hit them. The large 10″ tires also help smooth out smaller imperfections like the cracks between concrete slabs.
So for many people like me, it’s not a deal breaker. But if you have a lot of rough roads or bumpy trails where you plan to ride, you should know about the lack of suspension going in.
There is an upside here, though, and that’s increased ruggedness. Since there’s no suspension, there’s also no suspension to wear out or break. That might be a poor tradeoff for some, but others may appreciate knowing that the scooter is just one solid piece that’s designed to last.
In conclusion
Like I said, the scooter itself works well. I can’t commend it too much on performance because other than being a really stable platform to ride, it’s not like it’s that much different than other high end scooters in areas like speed, power, and range. It’s sufficiently fast and has a long enough range for most city riders.
The real gem here is everything else! The slick looking design, the GPS anti-theft, removable USB-C compatible battery, the nicely designed app for customizing the scooter, the ultra-low maintenance design, the automotive style tires with large diameter wheels. Even the broad, easily visible lighting is a great feature to see.
While it certainly costs more than a budget scooter, it’s also a high end, European-made electric scooter that will last a lot longer. So you have to pay a bit more than many Americans are used to for cheap Asian scooters, but you get a lot more too.
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The iconic hatch may have found its saviour. Volkswagen confirmed that the fully electric Golf is already in the works and will be one of its first EVs to feature Rivian’s (RIVN) advanced software.
Rivian tech will power up the Volkswagen Golf EV
Can Rivian help the hatch find its place as an EV? That’s what Volkswagen is betting on. The next-generation hatch, set to arrive as the ID Golf, will feature an entirely new platform and software.
In November, Volkswagen and Rivian officially launched a new EV software alliance, “Rivian and VW Group Technology.” The German auto giant plans to invest up to $5.8 billion into Rivian and the new joint venture by 2027.
The partnership will build upon Rivian’s current electrical architecture and software stack, used in the R1S SUV and R1T pickup, for its next-gen “software-defined” EVs.
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Rivian’s midsize R2 will be one of the first to feature the new platform, while Volkswagen plans to launch a series of next-gen “high volume models that are fully capable of advanced automated driving functions” built on the stack.
Rivian R2 midsize electric SUV (Source: Rivian)
The first will be the production version of the ID.EVERY1, VW’s entry-level EV which will start at under $22,000 (20,00 euros) when it arrives in 2027.
After that, the Volkswagen will launch the electric Golf based on Rivian’s EV software stack. Volkswagen’s tech boss, Kai Grunitz, said “The ID 1 will be the very first vehicle with that architecture and will be the frontrunner on our side for the ID Golf.”
Volkswagen ID.EVERY1 concept EV (Source: Volkswagen)
Grunitz added that starting with ID.1 “reduces the risk” because it requires less functionality than what the ID. Golf requires.
Since Rivian’s software system is much simpler with just a few ECUs compared to its current models (which run on way too many different units), VW can offer various levels of functionality.
(Source: Rivian)
“Vehicles in lower price segments will just need one zone, while a premium vehicle might need three or four, depending on functions,” Grunitz explained.
Rivian’s software and EV architecture are “highly flexible and highly updatable,” VW’s tech boss explained, adding, “We see it already on the road with Rivian today,” with regular OTA updates adding new capabilities.
(Source: Rivian)
This is “the next step” for Volkswagen so it can “offer new functions to customers even after they have bought their car” without even touching them.
According to Autocar, the electric Golf will also be one of the first vehicles built on its new SSP platform. With an 800V architecture, the next-gen platform will significantly improve charging times and efficiency.
VW Brand CEO Thomas Shafer and VW Group CEO Oliver Blume next to the ID GTI Concept (Source: Volkswagen)
Volkswagen’s head designer, Andreas Mindt, confirmed to Autocar that the team is officially working on the ID.Golf. “The Golf is a special thing within Volkswagen, and you have to stay true to the Golf,” he said, but he was tight-lipped about the design.
The upcoming electric Volkswagen Golf is expected to arrive around 2028 and be sold alongside the current gas-powered model.
Electrek’s Take
Although the Golf has historically been one of Volkswagen’s top-selling vehicles and is still popular, it’s starting to lose ground to new, more advanced electric models in the same segment.
Volkswagen already tried to revive the Golf as an EV. Remember the e-Golf? The electric car was retired to make way for the more advanced ID.3.
With Rivian’s help, the next-gen Volkswagen Golf EV promises to deliver much more with advanced tech and software.
Meanwhile, Rivian plans to launch an even smaller and more affordable R3 crossover and sporty R3X model. Will it compete with the electric Golf? We’ll find out more soon. Check back for the latest.
What do you think? Can Rivian preserve the Golf’s legacy as an EV? Let us know in the comments.
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Microsoft CEO Satya Nadella speaks at a company event on artificial intelligence technologies in Jakarta, Indonesia, on April 30, 2024.
Dimas Ardian | Bloomberg | Getty Images
HOUSTON — Microsoft is open to deploying natural gas with carbon capture technology to power artificial intelligence data centers, the technology company’s vice president of energy told CNBC.
“That absolutely would not be off the table,” Bobby Hollis said. But the executive said Microsoft would consider natural gas with carbon capture only if the project is “commercially viable and cost competitive.”
Oil and gas companies have been developing carbon capture technology for years, but the industry has struggled to launch it at a commercial scale due to the high costs associated with such projects. The technology captures carbon dioxide emissions from industrial sites and stores them deep underground.
Microsoft has ambitious goals to address climate, aiming to match all of its electricity consumption with carbon-free energy by 2030. The tech company has procured more than 30 gigawatts of renewable power in pursuit of that goal. But the tech sector has come to the conclusion that renewables alone are not enough to power the demanding power needs of data centers.
Microsoft turned to nuclear power last year, signing a deal to support the restart of Three Mile Island through an agreement to purchase electricity from the currently shuttered plant. But it’s unlikely that the U.S. will build a significant amount of additional unclear power until the 2030s.
Data center developers increasingly see natural gas as near-term power solution despite its carbon-dioxide emissions. The Trump administration is focused on boosting natural gas production. Energy Secretary Chris Wright said Monday that renewable power cannot replace the role of gas in producing electricity.
“We’ve always been cognizant that fossil will not disappear as fast as we all would hope,” Hollis said. “That being said, we knew natural gas is very much the near-term solve that we’re seeing, especially for AI deployments.”
Exxon Mobil and Chevron announced last December that they are entering the data center space with plans to develop natural gas plants with carbon capture technology. Chevron struck an agreement with gas turbine manufacturer GE Vernova in January in build gas plants for data centers “with the flexibility to integrate” carbon capture and storage technology.
Hollis declined to say whether Microsoft is having conversations with the oil majors. The executive said the tech company is having “discussions across the board with all of those technologies.”
President Donald Trump told the World Economic Forum in January that he will use emergency powers to expedite the construction of power plants for data centers. Trump said the data centers can use whatever fuel they want. Chevron and GE Vernova announced their plan to build gas plants for data centers days after Trump’s remarks.
“We’re just glad to see that there’s a focus on accelerating schedules to meet what we view as a pretty critical need,” Hollis said when asked about the Trump administration’s plans.
But deploying natural gas faces its own challenges. The cost of new natural gas plants has tripled and the line to build plants now extends to 2030, NextEra CEO John Ketchum said Monday. NextEra is the largest developer of renewables in the U.S. but also has gas assets.
“Renewables are ready to go right now because they’ve been up and running,” Ketchum said at the conference. “It’s cheaper and it’s available right now unless you already have a turbine on order or that’s already been permitted.”
Ketchum said nuclear is unlikely to be a power solution until 2035. NextEra is considering restarting the mothballed Duane Arnold nuclear plant in Iowa.
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Constellation Energy CEO Joseph Dominguez will speak at the CERAWeek by S&P Global energy conference in Houston, as the company pushes to restart the Three Mile Island nuclear plant.
Constellation operates the largest fleet of nuclear reactors in the U.S. The company aims to restart the Three Mile Island Unit 1 reactor by 2028 through an agreement with Microsoft to purchase power from the plant.
The planned restart of Three Mile Island is the clearest demonstration yet of the tech sector’s interest in deploying nuclear to power the growing electricity consumption of its data centers.
The restart is subject to approval by the Nuclear Regulatory Commission.