There’s no doubt that the issue of safely charging e-bikes is a growing topic of concern in the US. And while the media frenzy around relatively rare e-bike fires is often overblown, it doesn’t rule out a real risk associated with lithium-ion batteries. Now, a new charging solution designed in the US could provide an answer to the problem.
I recently stumbled upon these two different models of e-bike charging stations when visiting Austin, Texas-based electric bike maker MOD Bikes.
The company just released several new models of e-bikes and updated their entire lineup with impressive features like torque sensors, color displays, dual battery support, and more. I had the opportunity to try several of them and I’ll have some in-depth reviews coming soon. But as impressive as the new e-bikes are, I found another surprise lurking in a corner of the company’s warehouse: a pair of in-house designed e-bike charging stations.
The two patent-pending charging stations offer a pair of divergent yet equally easy-to-install options that solve the problem of safe, secure charging.
The first style of charging station is intended for fleet use by MOD Bikes’ customers. For cases like law enforcement, where several bikes all using the same charger type are operated as a fleet, the primary charging station essentially works like a multi-pronged charging pedestal.
The chargers are designed to match MOD Bikes’ batteries, but they could be built to work with any specific type of e-bike battery, even with voltages or connection styles different from those used by MOD Bikes.
I learned that Tesla’s Gigafactory in Texas uses a fleet of e-bikes from MOD Bikes to get around the sprawling campus, including by the food staff for delivery catering all around the facility, and this type of charging station is intended to make it easy to charge such fleets of similar e-bikes.
But a second and perhaps more interesting charging station design offered much more versatility.
Designed for public use instead of by fleet operators, the second style of station includes a method to not only charge the bike, but also lock the charger and/or battery in the charging station.
It consists of a door with a latch that passes over the handle. Opening the hatch reveals a hollow space large enough to fit an e-bike charger and many different styles of e-bike batteries. There’s also a standard 120VAC electrical outlet in there, making this a BYOC (bring your own charger) type of affair.
To charge an e-bike, the rider’s own charger can be plugged into the outlet before closing the hatch door. As the latch slides over the handle, locking the bike to the pedestal will also lock the hatch closed, meaning no one can steal the charger. The charger’s wire can exit through a small gap, and the handle provides a secure location to lock the e-bike.
In cases where the rider wants to leave the battery but not the bike, such as overnight charging, the entire battery and charger can be placed in the unit and locked with a bike lock.
When I tested it, the pedestal was just large enough to barely fit the MOD Bikes charger and battery, though the company explained that they can build them to any size in order to accommodate larger batteries and chargers.
This would be an ideal solution for riders who don’t want to risk their bike sitting outside all night as an enticing target to bike thieves, but who also aren’t allowed to bring their battery indoors for charging, such as at many campuses and other areas now passing charging restrictions related to e-bikes.
Both of these solutions require a very small footprint, roughly 1 square foot of space for installation, yet provide a huge service for those who don’t have access to charging at either the ground level or in their homes and apartments.
Such public charging areas have long been the norm in China, where e-bikes are a much more common daily commuting vehicle than in the US.
These MOD Bikes designs adopt the same utility as Chinese models, but with increased security required in most American cities (in China, people usually just leave their chargers sitting on or next to their e-bikes and no one steals them).
MOD Bikes is currently looking for partners who want to run pilot programs to install the charging stations, either for fleet use or public charging. The company is able to produce them to fit various clients’ needs, with different charging voltages and connectors customized for various e-bikes.
Electrek’s Take
I think we are still in the early days of e-bike adoption in the US, and so charging is still being figured out in real-time. But in Asia and other countries with large e-bike adoption rates, public charging stations for e-bike batteries are already normal.
Just the other day I was walking through Dizengoff Center, a mall in Central Tel Aviv, when I spotted e-bike charging lockers that allow riders to deposit and charge their e-bike battery while they shop (seen below). It’s a different style, and also intended to be locked by a user-generated combination instead of using a bike lock, but it accomplishes the same goal of offering a safe charging location for the public.
The fact that 5 out of 6 lockers are in use hints at how popular this device is
I could see MOD Bikes’ solution being a simpler and more robust alternative for widescale parking, locking, and charging solutions as an all-in-one offering.
I wouldn’t be surprised if a decade from now, these charging and locking pedestals are commonplace in US cities.
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In a high-tech move that we can all get behind and isn’t dystopian at all, the City of Barcelona is feeding camera data from its city buses into an advanced AI, but they swear they’re not using the footage to to issue tickets to bad drivers. Yet.
UPDATE 06DEC2025: the ticket bot cometh to Chicago.
Last month, the Chicago Transit Authority (CTA) contracted with Hayden AI to equip six of its transit buses with AI-powered license plate readers intended to target illegally parked vehicles in an area bound by North Avenue, Roosevelt Road, Lake Michigan and Ashland Avenue.
As with similar pilots in Barcelona and NYC, the Hayden AI technology captures information from vehicles illegally blocking bus and bike lanes, then submits its “findings” to a human reviewer for confirmation. If the reviewer agrees with the AI, they can issue a fine of $90 for parking in a bus lane, $250 for bike lane obstruction, $50 for parking in expired meters outside of the central business district, and $140 for personal vehicles parked in commercial loading zones.
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Despite those hefty fines, Chicago Mayor Brandon Johnson is quick to point out that the goal of the program isn’t to generate revenue.
“Every Chicagoan deserves a transportation system that is safe, reliable, and efficient,” said Mayor Johnson, in a statement. “By keeping bus and bike lanes clear of illegally parked vehicles, the Smart Streets pilot helps us protect our most vulnerable road users while improving the daily commute for riders across the city.”
The official release makes no mention of the fact that Hayden AI’s system generated nearly $21 million in revenue for the city in just a few months, despite the fact that thousands of those ticketed weren’t doing anything wrong.
We wrote about some of these issues back in Jun. You can read that original article, below, and let us know what you think of Chicago’s “non-revenue” claims in the comments.
Barcelona ticketing AI; via Hayden AI.
Barcelona and its Ring Roads Low Emission Zone have earned lots of fans by limiting ICE traffic in the city’s core. The city’s latest idea to promote mass transit is the deployment of an artificial intelligence system developed by Hayden AI for automatic enforcement of reserved lanes and stops to improve bus circulation – but while it seems to be working as intended, it’s raising entirely different questions.
“Bus lanes are designed to help deliver reliable, fast, and convenient public transport service. But private vehicles illegally using bus lanes make this impossible,” explains Laia Bonet, First Deputy Mayor, Area for Urban Planning, Ecological Transition, Urban Services and Housing at the Ajuntament de Barcelona. “We are excited to partner with Hayden AI to learn where these problems occur and how they are impacting our public transport service.”
Currently operating as a pilot program on the city’s H12 and D20 bus lines, the system uses cameras installed on the city’s electric buses to detect vehicles that commit static violations in the bus lanes and stops (read: stopping or parking where you shouldn’t). The Hayden AI system then analyses that data and provides statistical information on what it captures while the bus is driving along on its daily route.
Hayden AI says that, while it photographs and records video sequences and collects contextual information of the violation, its cameras do not record license plates or people and no penalties are being issued to drivers or owners of the vehicles.
So far so good, right? But it’s what happens once the six mont pilot is over that seems like it should be setting off alarm bells.
Big Brother Bus is watching
“You are being recorded” sign in a bus; via Barcelona City Council.
The footage is manually reviewed by a Transports Metropolitans de Barcelona (TMB) officer, who reportedly reviewed some 2,500 violations identified by AI in May alone. But, while the system isn’t being used to issue violations during the pilot program, it easily could.
And, in fact, it already has … and the AI f@#ked up royally.
AI writes thousands of bad tickets
NYC issued hundreds of thousands of tickets; via NBC.
When AI was given the ability to issue citations in New York City earlier this year, it wrote more than 290,000 tickets (that’s right: two-hundred and ninety thousand) in just three months, generating nearly $21 million in revenue for the city. The was just one problem: thousands of those drivers weren’t doing anything wrong.
What’s more, the fines generated by the AI powered cameras were supposed to be approved only after being verified by a human, but either that didn’t happen, or it did happen and the human operator in question wasn’t paying attention, or (maybe the worst possibility) the violations were mistakes or hallucinations, and the human checker couldn’t tell the difference.
In OpenAI’s tests of its newest o3 and o4-mini reasoning models, the company found the o3 model hallucinated 33% of the time during its PersonQA tests, in which the bot is asked questions about public figures. When asked short fact-based questions in the company’s SimpleQA tests, OpenAI said o3 hallucinated 51% of the time. The o4-mini model fared even worse: It hallucinated 41% of the time during the PersonQA test and 79% of the time in the SimpleQA test, though OpenAI said its worse performance was expected as it is a smaller model designed to be faster. OpenAI’s latest update to ChatGPT, GPT-4.5, hallucinates less than its o3 and o4-mini models. The company said when GPT-4.5 was released in February the model has a hallucination rate of 37.1% for its SimpleQA test.
I don’t know about you guys, but if we had a local traffic cop that got it wrong 33% of the time (at best), I’d be surprised if they kept their job for very long. But AI? AI has a multibillion dollar hype train and armies of undereducated believers talking about singularities and building themselves blonde robots with boobs. And once the AI starts issuing tickets to the AI that’s driving your robotaxi, it can just call its buddy AI the bank to send over your money. No human necessary, at any point, and the economy keeps on humming.
But, like – I’m sure that’s fine. Embrace the future and all that … right?
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The Japanese agriculture equipment experts Kubota are partnering with Norwegian tech startup Kilter to co-develop, pilot, and promote the new Kilter AX-1 ultra high-precision weeding robot across Europe.
To accomplish those goals, the Kilter AX-1 uses a patented tech package it calls “Single Drop Technology.” Single Drop Technology combines AI weed recognition and ~6 mm placement accuracy to deliver micro-doses directly to weeds, protecting the crop and minimizing the impact to the surrounding soil.
Getting that 6 mm droplet application wasn’t easy. “You can’t buy a field-ready droplet applicator off the shelf,” Anders Brevik, CEO of Kilter, told AgTechNavigator. “We had to design one that survives years of dust, vibration, temperature swings, and long operating days, while keeping droplet size, timing, and placement consistent. That takes deep agronomy knowledge, a lot of engineering, and thousands of hours of field testing.”
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Kilter says growers can reduce herbicide use by up to 95% by adopting the new AX-1, shifting selectivity from chemistry to smart application.
Kubota Europe’s Smart Farming Solutions Division, launched back in 2024, is working with the company’s European dealer network to train up sales staff and integrate the Kilter robot into Kubota’s broader farm solutions portfolio. There’s no word, yet, on pricing or if/when we’ll get the Kilter in North America.
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Autonomous electric tractor concept; by John Deere.
Energy independence and cost control are top of mind for farmers, and more companies are rolling out electric equipment that can be charged by solar, wind, or even on-farm biogas. With the debut of its latest next-generation electric tractor at Agritechnica last month, John Deere is signaling that it intends to lead that revolution.
John Deere says the E-Power electric tractor prototypes that it’s been quietly teasing since 2022 will be as quiet as a car, as easy to drive as a golf cart, and require minimal upkeep – and all while providing the same performance as the company’s beloved diesel tractors.
“Our goal with the E-Power tractor is to ensure it performs the same jobs as its diesel counterparts and works with the same implements, while unlocking incremental value,” explains Derek Muller, business manager for battery electric vehicle systems at John Deere. “Through our electric lineup, we’ll look to reduce operational and maintenance costs, deliver powerful and reliable performance, and intuitive operation.”
The latest electric John Deere tractor prototype, recently unveiled at Agritechnica, is equipped with a 100 hp drive motor and two, additional motors. One 130 continuous hp electric motor for the PTO, and a third for the hydraulic pump. They’ll draw power from up to five KREISEL li-ion battery packs, allowing customers significant pricing flexibility based on their ability to determine how much power and run time they need (and are willing to pay for) to get their jobs done.
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Electric John Deere tractor
130 hp electric tractor shown at Agritechnica; by John Deere.
The customization will go well beyond just battery size. Deere plans to offer customers a number of different tractor and equipment options, and keep costs competitive by basing them on a vehicle common architecture.
“John Deere aims to develop a single electric concept that customers can configure to their own needs,” writes Bob Karsten, at Future Farming. “Buyers will be able to choose the number of batteries (up to five, totalling 195 kWh), the axle type (narrow or wide track), and the cab (either an orchard cab or the familiar 5M cab). In essence, buyers select their preferred battery capacity. With the largest battery (195 kWh), the tractor can operate for eight hours. The target is to enable fast charging up to 80% in 30 minutes.”
Deere revealed one version of that upcoming electric tractor (above) at Agritechnica last week, but despite being an early prototype, it’s a fully functional piece that’s already seen duty with some of John Deere’s most trusted customers.
Daniel, an orchard customer from California, said his experience with the electric tractor led him to believe it could help ease training new operators, “I do think the tractor is much easier for drivers to understand it and to drive it. It would take less time to teach them [operators] how to use it.”
Tyler, a vineyard customer in California, believes that a new electric tractor could help his operation meet its sustainability goals, “When we look at our carbon footprint, greenhouse gas emissions, we want to try and reduce those as we run our equipment to farm our vineyards, we want to be conscious of the community at large.”
You can check out a quick, virtual walkaround of John Deere’s E-Power electric tractor concept in this (admittedly older) video released around the ACT Expo, and expect more details and possible configurations at the upcoming CON/AGExpo conference in March.
John Deere E-Power configurations
SOURCE | IMAGES: John Deere.
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Your personalized solar quotes are easy to compare online and you’ll get access to unbiased Energy Advisors to help you every step of the way. Get started here.
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