A new law already passed by the New York City Council will ban the sale of electric bicycles, electric scooters and other electric mobility devices that are not UL-certified. The move is part of an on-going push to improve e-bike safety and reduce the risk of fires.
The law, which is expected to be signed by New York City Mayor Eric Adams in the coming days, was developed in response to a spate of fires caused by the lithium-ion batteries used in many electric mobility devices.
New York City is home to hundreds of thousands of electric bikes, e-scooters and other micromobility devices. They are commonly used by delivery workers, food couriers and commuters as a quicker and more efficient way to navigate the city.
But when not constructed properly, lithium-ion batteries can result in intense fires. These cases are extremely rare, but the high number of battery-powered devices in NYC has led to a higher number of such fires.
These lithium-ion battery fires are more common when batteries are modified or repaired by untrained technicians, which has become a common practice employed to prevent needing to buy a new and expensive battery. Another factor that has led to some of these fires is the use of third-party and non-compatible aftermarket chargers that can overcharge a battery.
A five alarm fire that broke out in the Bronx earlier this weekend is just one of several that have resulted in significant property damage over the last few years. While rare, several lithium-ion battery fire-related fatalities have also been reported in NYC.
The new law will require electric mobility devices with lithium-ion batteries sold in NYC to be certified to the UL 2849 standard, which covers not just the battery in an electric bicycle but also the motor and drivetrain.
The president of the National Bicycle Dealers Association, Heather Mason, explained to Bicycle Retailer that she believes the decision will benefit the e-bike industry:
“I’m telling dealers to adjust their inventory. I know this is going to create a hardship for our retailers, but (the regulation) is in the best interest of the future of e-bikes. It will allow growth in the category while keeping people safe. It’s the right thing.”
NYC is one of the first cities in the nation to require such a standard, but the new law could be a sign of legislation to come in more cities and states, or even at a national level.
Electrek’s Take
Safer e-bikes is always a good thing, and reducing fire risk through properly constructed batteries is imperative to improving the safety of micromobility devices.
However, it is important to keep in mind that e-bike fires aren’t just rare, they are exceedingly rare. We’re talking single digits out of millions of e-bikes, e-scooters and other e-mobility devices.
The headline Hundreds of thousands of e-bikes quietly finish charging again last night just isn’t as clickable. And so the teeny tiny percentage of fires get more coverage. It’s just like how 500 combustion engine cars catch on fire everyday in the US, but one Tesla fire is the only thing that will make the news.
Another consideration to keep in mind is that these e-bike fires are almost always the most junky of the models out there. These aren’t the typical e-bikes we often cover – they’re the eBay specials. When you see the aftermath pictures of these e-bike fires, it is nearly always an ultra-cheap product produced in a no-name factory. These are the bargain basement crap-on-wheels models that have made significant quality compromises to reach those low prices. And even those rolling dumpsters rarely catch on fire, it’s just the minuscule few that do that we end up hearing about.
So yes, I definitely support the idea of improved e-bike safety. But let’s all keep the scope of this problem in perspective. At risk of some type of moral relativism here, I’d say there are some significantly bigger threats to public safety rolling around that we could be committing this type of energy and legislation towards fixing. Around 300 pedestrians are killed by cars in NYC every year. So far this year NYC has reported two deaths from e-bike fires. While each is a tragedy, the difference in scale is obvious.
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Burlingame, California-based Peak Energy just scored a huge win for sodium-ion batteries. The company announced a multi-year deal with utility-scale battery storage developer Jupiter Power to supply up to 4.75 GWh of sodium-ion battery systems between 2027 and 2030.
Under the agreement, Peak will deliver 720 MWh of storage in 2027 – the largest single sodium-ion battery deployment announced so far. The deal also includes an option for an additional 4 GWh of capacity through 2030, bringing the total contract value to more than $500 million.
Sodium-ion vs. lithium-ion
Peak Energy says its sodium-ion batteries degrade less over time and have lower operations and maintenance costs than lithium-ion systems. Because the batteries don’t degrade as quickly, operators don’t need to add more capacity later in a project’s life to maintain performance. They also use a fully passive cooling system that eliminates pumps, fans, and other components used in lithium-ion setups, reducing maintenance and safety risks.
The company claims its grid-scale sodium-ion system uses up to 97% less auxiliary power, offers about 30% better cell degradation performance over 20 years, and comes with a lower total cost of ownership.
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Why this deal matters
The agreement marks a significant step forward for the emerging sodium-ion sector, which has been gaining momentum as a safer and lower-cost alternative to lithium-ion for long-duration and grid-scale energy storage. It also underscores the growing effort to build a domestic sodium-ion battery supply chain in the US.
“From day one, we’ve believed sodium-ion will be the winning technology for grid-scale storage, which is essential to meet rising demand from hyperscalers and AI,” said Landon Mossburg, Peak Energy’s CEO and cofounder. “Deploying the world’s largest sodium-ion energy storage system with one of the nation’s top independent power producers proves that sodium is ready for today and will dominate the future.”
Mike Geier, CTO at Jupiter Power, said the company is “excited to support domestic battery energy storage manufacturing as we continue to increase the deployment of firm, dispatchable energy when and where it’s most needed,” and called Peak’s approach to sodium-ion “a potential game changer for the industry.”
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Lexus claims the new ES “takes sedan styling, luxury, and refinement to a higher level” with a complete redesign. With the 2026 ES arriving soon, Lexus offered a closer look at the upgrades inside and out.
The new 2026 Lexus ES debuts in EV and hybrid forms
The eighth-gen ES is bringing more than a sharp new style. Lexus overhauled its flagship sedan from the ground up for the 2026 model year, which will include battery electric (BEV) and hybrid (HEV) powertrain options.
Inspired by the radical LF-ZC show car, the 2026 ES has been fully redesigned with what Lexus calls the “Experience Elegance and Electrified Sedan” concept, aimed at further refining the driving experience.
The new design centers on a redesigned “spindle body” that extends from the hood to the bumper. It also features a redesigned grille, replacing the signature Lexus spindle grille as the brand looks for a new identity in the electric era.
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Inside, the new 2026 ES features the latest version of the Lexus Interface multimedia system. The setup includes a 14″ touchscreen with wireless Apple CarPlay and Android Auto, and a 12.3″ driver display cluster.
The 2026 Lexus ES 350e (Source: Lexus)
Based on the redesigned TNGA GA-K platform, the new ES will be available in battery electric (BEV) and hybrid (HEV) powertrains for the first time.
The 2026 Lexus ES lineup consists of two models: the ES 350e, a front-wheel-drive (FWD) model, and the ES 500e, an all-wheel-drive (AWD) model.
The 2026 Lexus ES 350e interior (Source: Lexus)
Lexus expects the ES 350e to have a driving range of 300 miles when fitted with 19″ wheels, while the ES 500e has an estimated driving range of 250 miles.
Both the ES 350e and 500e feature a built-in NACS port to recharge at Tesla Superchargers. Using DC fast charging, it can recharge from 10% to 80% in about 30 minutes under “ideal conditions,” according to Lexus.
With its debut just around the corner, Lexus offered a closer look at the new 2026 ES inside and out in a new video.
Lexus has yet to announce prices, but the redesigned ES is expected to start at about $45,000 to $50,000, or slightly more than the outgoing model.
After launching the upgraded RZ earlier this month, Lexus said the ES would be next. It’s expected to go on sale in Spring 2026.
What do you think of the redesigned 2026 ES? Do you like the new Lexus design? Let us know your thoughts in the comments below.
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Tesla has launched a new version of the Model Y in China, and it’s achieving an impressive new range rating – thanks to a new battery cell from South Korea’s LG.
The new variant, a five-seat, rear-wheel drive long-range model, has been released with an 821-km range based on China’s CLTC standard.
While the CLTC rating is known to be optimistic, 821 km (about 510 miles) is an impressive number and the longest range Tesla has offered in its Model Y lineup to date, which is going to help it be more competitive in the Chinese market.
The new long-range RWD Model Y starts at RMB 288,500, which translates to just over $40,500 USD.
The launch comes at a critical time for Tesla in China, which has seen its sales slump in recent months. The automaker recorded its lowest monthly sales in October since November 2022, falling out of the top 10 list for new energy vehicle (NEV) sales.
That’s despite a continued surge in electric vehicle sales in China. Tesla is not benefiting from it amid strong competition.
According to local Chinese media reports, the new 821-km Model Y is already gaining traction with some anecdotal reports of enthusiasm at Tesla stores.
The reports are partly supported by Tesla quickly extending delivery timelines from 2-4 weeks to 4-6 weeks just hours after launch.
Electrek’s Take
I think this is going to be suitable for a decent short-term bump in demand, but it’s still on the expensive side for the Chinese market.
For example, now the Model Y beats the Xpeng G6’s max range of 755 km, but the G6 with this range costs 234,900 RMB (approximately $32,900 USD), which is significantly cheaper.
Every 10,000 RMB tranche lower means a lot more demand in China.
Tesla needs to launch its new “standard” versions to start making a difference with demand long term in China.
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