A new type of electric bicycle battery is gaining traction in the industry, potentially ushering in unprecedented levels of safety and security for riders. Get ready, because we’re quickly approaching the age of the potted e-bike battery.
There’s no doubt that fire safety is an important subject when it comes to e-bike batteries. Despite the actual number of battery fires being incredibly low compared to tens of millions of e-bikes on the road, the lethal effects of just a single fire drive home the importance of the issue.
Now, a new type of manufacturing process is growing in popularity, claiming to significantly increase the safety of e-bike batteries by reducing the risk of fires, even when the battery is abused or damaged.
Potting, which uses a hardening resin poured between cells to isolate them from each other and the environment, can mitigate the two biggest factors resulting in fires: corrosion and physical damage.
As we learned from battery expert Luke Workman on the Wheel-E Podcast, salt water spray and vapor penetrating the seals in an e-bike battery case can slowly corrode battery cells, eventually leading to a short circuit. Even when properly sealed, physical damage to a battery, such as from a major drop or a crash, can also rupture cells or potentially lead to short circuits, which can, on rare occasions, result in fires.
We recently learned from Pedego, a major national e-bike brand, that it was adopting new potted e-bike batteries that use heat-absorbing resin between cells. Potting the batteries and enclosing the cells in a thermally conductive material helps Pedego protect the battery from impact and puncture damage, and also helps dissipate heat more effectively.
This heat management is vital, as excessive heat can lead to thermal runaway, a condition where increasing temperature causes further heat release, escalating into potentially hazardous situations.
Another advantage is that potted batteries can significantly extend the lifespan of e-bike batteries by reducing the wear and tear associated with vibration and repeated impact—common issues for bicycles used on a variety of terrains. Components such as electrical connectors and nickel conductor strips can sometimes vibrate loose in e-bike batteries, often requiring access to the battery’s internals to diagnose and fix the problem.
Potting resin can be applied over cells similarly to this artistic representation (though the cells would be welded together first)
The solidified potting material stabilizes the battery cells, minimizes movement within the casing, and offers a buffer against the jolts and bumps of everyday riding. This stabilization not only maintains the integrity of the battery but also ensures consistent performance and reliability, which are crucial for users who rely on e-bikes for regular commuting or recreational activities.
Pedego’s adoption of potted e-bike batteries follows quickly behind Rad Power Bikes’ announcement that it was introducing its own potted battery design. Neither are the first movers in this respect, with companies like Luna Cycle and Grin Technologies beating them by many years.
But the major difference this time is that both companies with recent announcements are major national brands, not smaller e-bike companies with less industry influence.
While the original companies deserve credit as first movers, in many cases, it is the first followers who result in the biggest shifts.
Just like with these new potted batteries, the first followers demonstrate that it is no longer a coincidence, this new trend is a pattern.
And with major national brands adopting the safety benefits of potted batteries, it will come as no surprise when other companies begin following this lead.
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Tesla is now buying advertising on Elon Musk’s X (formerly Twitter) to get Tesla shareholders to vote for his CEO compensation package worth up to $1 trillion in stock options.
Tesla, under Elon Musk’s leadership, has famously been against advertising. The CEO is even on the record saying that he “hates advertising” and that “other companies spend money on advertising and manipulating public opinion, Tesla focuses on the product.”
However, that was before he acquired Twitter, now X, which relies heavily on advertising.
The automaker is in a full-on marketing blitz to convince shareholders to vote for the package and to allow Tesla to issue more shares in exchange.
Now, Tesla is even buying social media ads to push shareholders to vote for Musk’s compensation package and they are even buying ads on Musk’s privately owned platform, X:
They are also buying ads on Instagram, Facebook, and Reddit.
As we previously reported, Tesla’s board has claimed that voting for the compensation package will determine the future of Tesla.
Musk went even further and linked his compensation package to the future of the world.
Earlier today, the CEO claimed that his compensation plan is not about money, but about control over Tesla:
It’s not about “compensation”, but about me having enough influence over Tesla to ensure safety if we build millions of robots. If I can just get kicked out in the future by activist shareholder advisory firms who don’t even own Tesla shares themselves, I’m not comfortable with that future.
The CEO previously threatened Tesla shareholders not to build AI products at Tesla, despite claiming they were critical to the company’s future, if he doesn’t get 25% control over the company.
Electrek’s Take
The CEO of a publicly traded company threatens shareholders to gain control over the company and uses company funds to purchase ads that benefit his privately held company, with the goal of persuading the shareholders of the publicly traded company to give him more money.
If that’s not late-stage capitalism, I don’t know what is.
Also, I know I won’t shock anyone here, but Elon is lying about this not being about money.
If he wants to increase his percentage of Tesla shares, he could do exactly what his friend Larry Ellison did with Oracle and do long-term buybacks. It would benefit everyone, but it’s not what he wants. He wants the shiny new stock options.
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Voltpost just rolled out the Voltpost Air, its next-gen lamppost EV charger in New York City, and this one comes with a key twist: it’s mounted 10 feet above ground.
The Voltpost Air uses that elevated design with a retractable cable system to protect against weather damage and vandalism, setting it apart from Voltpost’s original curbside charger. It’s also built for faster installation, broader pole compatibility, and better reliability.
It can be installed on both wooden and metal lampposts and utility poles, curbside or in parking lots. Site hosts can deploy one or two chargers per pole, making it a flexible option for cities and property owners. Drivers can pay with the app or by tapping with a credit card. Voltpost Air supports Level 2 charging, up to 9.6 kW per charging port.
Luke Mairo, COO and cofounder of Voltpost, said that “the modular design and quick installation reduce costs and complexity, making it easier than ever to expand charging infrastructure.” Voltpost is already operating chargers in Oak Park, Illinois, and at the American Center for Mobility near Detroit. The company has projects underway in New York, California, Michigan, Illinois, Connecticut, and Massachusetts.
Former US Joint Office of Energy and Transportation executive director Gabe Klein, now a Voltpost board advisor, said, “The transition to renewable transportation requires bold, scalable solutions that can integrate seamlessly into existing urban infrastructure. Technologies like Voltpost’s lamppost chargers are vital because they unlock new opportunities to deploy EV charging.”
The Brooklyn installation is part of New York City Economic Development Corporation’s (NYCEDC) Pilots at Brooklyn Army Terminal (BAT) program, which supports climate-tech companies in scaling new solutions. It’s expected to be available to the public by the end of the year. New York State Energy Research and Development Authority (NYSERDA) president and CEO Doreen M. Harris called the model “highly replicable” and said it could be adopted across New York State.
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Voltpost Air is now available for deployment at public and private sites.
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Is Kia’s electric van finally coming to the US? The Kia PV5 was caught testing with a unique design, hinting it’s destined for the US.
Is Kia’s electric van coming to the US?
Although Kia has yet to announce it publicly, all signs point to the PV5 launching in the US. In February, the electric van was first spotted charging at a station in Indiana.
A few photos and a video sent to Electrek confirmed it was indeed the Kia PV5. The sighting came somewhat as a surprise, as the only official statement from Kia said the PV5 would arrive in Europe and South Korea this year, followed by “launches in other markets” in 2026, but no mention was made of the US.
After another PV5 was spotted in Arizona, rumors that Kia’s electric van was coming to the US began to surface again.
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Kia still has yet to confirm or deny a US launch, but another sighting hints at the PV5’s imminent debut. The latest spotting, by KindelAuto, appears to be of the US-spec 2026 Kia PV5.
It looks about the same as the Kia PV5 Passenger, which is already available in parts of Europe and South Korea. However, although it’s not very clear, Kia’s electric van appears to have added side marker lights, a requirement in the US.
Following its launch in the UK earlier this year, the Kia PV5 Passenger is now being introduced to new European markets.
The Kia PV5 Passenger electric van (Source: Kia)
In the UK, it starts at £32,995 ($44,000) on the road. In Germany, the PV5 Passenger is priced from €38,290 ($45,000) or €249 per month.
Kia’s electric van is available in two variants: Passenger, for everyday driving, and Cargo, for business use. The PV5 Passenger is available with two battery pack options: 51.5 kWh and 71.2 kWh, providing WLTP ranges of 183 miles and 256 miles, respectively. Meanwhile, several more variants are on the way.
Kia PV5 tech day (Source: Kia)
During its PV5 Tech Day in July, we learned that Kia plans to launch seven PV5 body types, including a Light Camper, a premium “Prime” Passenger model, and an open bed version.
We’ll have to wait for the official word, but there’s still hope Kia’s electric van will make it to the US. We should find out soon. Can we get the EV5 too? That might be pushing it.
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