The New York Times attacks e-bikes while ignoring the real danger all around us
The New York Times published a pair of articles this weekend highlighting the rising number of deaths of cyclists riding electric bikes. However, in one of the most impressive feats of victim-blaming I’ve seen from the publication in some time, the NYT lays the onus on e-bikes instead of on the things killing their riders: cars.
The first article lays out a number of recent tragic deaths of e-bike riders, including that of a 15 year old boy in Encinitas, California.
The article even explicitly lists the biggest danger that played a role in that crash, explaining that the boy’s bike “had a top speed of 20 miles per hour, but his route took him on a busy road with a 55-mile-per-hour limit.” And yet the article seems to imply that the e-bike’s presence was the compounding issue, instead of reading into the author’s very own sentence to realize that the true problem was that the road didn’t have anywhere safe for cyclists to ride. There was no protected bike lane.
By all accounts, the e-bike rider was correctly and legally using the roadway in the only way he could. In fact, according to eye-witnesses of the car crash that killed the e-bike rider, he “did everything right,” including signaling his turn.
The article goes on to detail how just three days later another teenage e-bike rider was pulled out from under a BMW – thankfully still alive – and taken to the same emergency room where the previous boy had been pronounced dead. Apparent praise is lauded on Encinitas for soon afterwards declaring “a state of emergency for e-bikes”, which is a bit like saying we could just solve the school shootings crisis if kids would stop walking into all of those damn bullets.
The article goes on to describe several other recent deaths from crashes of electric bike riders, many of them younger riders.
As Visiting Fellow at the Harvard Kennedy School David Zipper pointed out, every single e-bike crash listed in the article was a collision between a car and e-bike. None were simply e-bike crashes without the added of a car. “All could’ve been avoided if e-bike riders were protected from cars (or if there were no cars)”, Zipper explained on Twitter. “Fight the real enemy.”
In a second NYT article this weekend dedicated to e-bike safety, removing any doubts otherwise with the title What Is an E-Bike, And How Safe Are They?, the publication does an even more olympic level of mental gymnastics to avoid blaming cars for cyclist injuries and deaths.
Amazingly, the article uses a statistic pointing out how dangerous cars are, but flips it around to imply that because studies have proven that faster moving cars are dangerous, that means e-bikes shouldn’t travel too fast, presumably to also reduce the danger of these small and lightweight machines.
“By various measures, the risks of serious injury and death rise sharply at around 20 m.p.h., although much of that research involved collisions between cars and pedestrians. For instance, the risk of severe injury to a pedestrian is 25 percent when the car is moving at 16 m.p.h., and it rises to 50 percent at 23 m.p.h., according to the AAA Foundation for Traffic Safety.”
It’s right there. The answer is literally in the body of the NYT article. Unprotected road users (pedestrians and cyclists) are much more likely to be severely injured by cars as the car speed increases. And yet this statistic is used to imply that e-bikes shouldn’t be used at speeds of over 20 mph.
There’s no deeper analysis paid to the fact that the thing killing users of 50 lb machines going 25 mph are the 4,000 lb machines that can go 100+ mph.
Safer cycling infrastructure protects everyone
The answer is quite simple: make streets safer for everyone. To do so, protected cycling lanes must be installed. No one (outside of the few violent and aggressive drivers) actually wants to hit a cyclist with their car. These accidents usually happen because drivers simply aren’t looking for the smaller profile of cyclists when they scan intersections for cars. We can implore drivers to be more careful, or we can simply move them away from cyclists in the first place. Only one of those two methods have been proven effective at preventing injuries and deaths.
And that’s exactly the point. Car drivers can’t be trusted to look for cyclists, even when cyclists have the right of way. And thus the answer is to provide safer, separated cycling lanes with physical barriers.
These separated cycling lanes next to roads have numerous benefits. They of course create safer areas for cycling, but they also reduce traffic for cars by encouraging more people get out of cars and commute by bikes. The safer people feel using a bike, the more of them do it. And studies have shown that a 10% reduction in car volume can result in a 40% reduction in traffic congestions. Furthermore, separated cycling areas even make cities safer for emergency workers on calls. Protected bike lanes in the Netherlands are even used by firefighters and ambulances (safely) to arrive at emergency scenes more quickly. Dutch riders quickly move over for emergency vehicles borrowing the lanes.
Many cities around the US are making progress on improving their protected cycling infrastructure, but the wins are often hard fought against activist drivers who see protected cycling lanes as some sort of attack on cars. Still, each new safe cycling lane is a step in the right direction. The progress is slow, but it is moving forward.
Now if only someone at the New York Times could see that…
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![It's time to start recommending some Tesla Powerwall alternatives [update]](https://i0.wp.com/electrek.co/wp-content/uploads/sites/3/2025/05/Tesla-Powerwall.jpg?resize=1200,628&quality=82&strip=all&ssl=1)
For years, Tesla Powerwall has been the go-to recommendation for “normals” looking for a painless, low-effort experience from their first home solar and battery backup solutions. Its CEO’s recent involvement in controversial politics, however, means that people are now distancing themselves from the once-trailblazing company.
It begs the question: what other home solar battery solutions are there?
UPDATE 26JUL2025: added more options, put everything in alphabetical order.
Electricians and contractors often praise the sleek, energy-dense Tesla Powerwall, for good reasons. But the Powerwall isn’t the only top-shelf home battery on the market, but long wait times, Elon’s antics, and the proliferation of really good integrated alternatives from legacy EV brands might have you shopping for Tesla alternatives already. If that’s you, the next logical step is to re-think the brand’s solar battery offerings as well – here are some of the best options out there.
As I was putting this list together, I realized there were plenty of ways for me to present this information. “Best batteries ..?” Too opinion-based. “Cheapest batteries ..?” Too much research and a quick descent into Temu-grade nonsense. In the end, I went with the same solution I’ve been using on my 0% EV financing lists: alphabetical order, by brand. Enjoy!
Bluetti EP800 + B500
If you’re in a smaller space or renting and can’t (or don’t want to) add a hardwired battery solution to your home, Bluetti’s EP800 + B500 modular system is a sweet “middle ground” option that combines the Bluetti EP800 off-grid inverter and the company’s B500 battery packs in a floor-standing unit that can be used without a solar roof but also plays well with most rooftop PV options.
The basic EP800 + B500 package offers about 9.9 kWh of capacity for under $9,000 as I type this, and the system can scale up to nearly 20 kWh by adding more B500 packs. The system puts out 7.6 kW of power – more than enough, in other words, to keep some lights on and your fridge and foods (and meds) cold.
What’s more, it works great with Bluetti’s AC300 or AC500 gear if you want an option that’s a bit more portable if you move a lot or plan on moving soon.
EG4 14.3 kWh PowerPro
Two of the home solar installers I talked to in preparing this post mentioned the EG4 14.3kWh batteries, and its specs (on paper, at least) compare nicely with the Powerwall 3.
| Battery | Usable capacity (kWh) | Continuous power output (kW) | Roundtrip efficiency | Average price per kWh* | Coupling |
|---|---|---|---|---|---|
| Tesla Powerwall 3 | 13.5 | 11.5 | 97.5% | $926 | DC or AC |
| EG4 14.3kWh PowerPro | 11.44 | 10.24 | 99% | $786 | DC |
“The EG4 PowerPro solar battery from EG4 Electronics is the strongest alternative to the Tesla Powerwall,” writes Kristina Zagame, from the home solar experts at EnergySage. “(The EG4) has a similar capacity, meaning it’ll last a similar amount of time, and a slightly lower power output, which means it won’t be able to power quite as many devices at the same time. And, based on quotes through EnergySage, EG4 batteries tend to be a bit more affordable compared to Tesla.”
Enphase IQ Battery 10
If you’re looking for a one-brand solution for EV charging and whole-home battery backup but don’t want to be “locked in” to GM or Tesla’s ecosystem, Enphase offers a full line of Made-in-the-USA solutions that could be right for you.
“Energy systems developer Enphase Energy is providing an even more holistic approach to managing home power usage with the introduction of new EV charger technology called the IQ line,” wrote Scooter doll, when the brand first introduced its EV charging solutions back in 2023. “The Enphase IQ is Wi-Fi enabled and integrates seamlessly into a customer’s existing home system that can be controlled with your phone.”
Franklin WH aPower 2
If you love the sleek, minimalistic styling of the Tesla Powerwall 3 but still prefer to spend your money elsewhere, the Franklin WH aPower 2 offers similarly sleek styling and beats the Tesla offering on usable energy storage capacity by 1.5 kWh. That’s nearly a full day of keeping a modern refrigerator running.
The Franklin is also designed to be easily retrofit into an existing solar system, but it loses out to the Powerwall on price per kWh, at $1,176 (vs. $926 for the Tesla unit).
GM Energy Home System
Arguably the most fully integrated EV + battery backup + solar option out there outside of Tesla, the GM Energy Home System promises to do everything a conventional home solar battery does, plus work seamlessly with your GM EV to provide even more flexibility – whether that means using the electric fuel stored in your EV to hold out that much longer in an emergency, or using the energy stored in your home’s solar battery to power an escape in your EV is up to you.
GM Energy and GM’s car dealers list Qmerit as their installation partner, and they’re great, but if you “already have a guy,” you can order the Home System directly from GM Energy’s website for $12,700 (as I type this).
The GM Energy Home System system includes:
- GM Energy PowerBank
- GM Energy PowerShift Charger
- GM Energy Home Hub & Inverter
StorEn vanadium flow BESS
If lithium-ion’s ten-year cycle life or overhyped fire risk makes you nervous, StorEn Technologies is developing a consumer-focused battery solution based on vanadium flow chemistry. Their system promises to last 25 years or more with no capacity loss, so you can charge and drain the battery fully each day and without stressing about wear … but there are a couple of downsides.
First, they’re not yet available to the general public – only to StorEn’s early investors in (what I understand to be) a sort of quasi-Kickstarter deal.
Second, the StorEn batteries are significantly bulkier than a Powerwall. That said, if you’ve got the room and you’re old enough to realize that 25 years isn’t actually a super long time, the StorEn solution might to be a super compelling, nearly maintenance-free setup that might outlast both your solar panels and the roof they’re mounted on.
So, remember how I started this off saying that I wouldn’t turn this into a “best batteries” post? That’s partly driven by the fact that I’m neither an electrician, a chemical engineer, or someone who’s researched thousands of end-user experience surveys to come up with whatever metrics I’d need to confidently and correctly call one battery “the best.”
Our friends and solar industry experts at EnergySage, though? They’ve got all three of those things on staff, and they really, really like the Villara VillaGrid+.
“The Villara VillaGrid+ stands out as the best battery on the market, scoring highest in EnergySage’s rigorous Equipment Rating System, explains EnergySage’s Kristina Zagame. “That said, (the Villara VillaGrid+) is not necessarily the best Tesla Powerwall alternative. It’s a very different (and much pricier) battery.”
What puts the VillaGrid+ on top? According to Zagame, it all comes down to the battery’s lithium-titanium-oxide, or LTO chemistry. “Unlike more traditional lithium-ion batteries, LTO has better recharge capabilities for longer life cycles, and doesn’t contain any carbon, which makes it extra safe. The only downside is you’ll definitely shell out more money upfront for the VillaGrid+.”
That extra money will also buy some additional peace of mind, as Villara backs its LTO batteries with a 20-year warranty compared to Tesla Powerwall and its (and just about everyone else’s) 10-year deal. I couldn’t find a price, but Villara’s other products, like VillaGrid 5.75 kWh battery, come in at nearly double Powerwall’s per kWh cost. Check out the specs, below, then let us know if you think the novel chemistry and additional warranty are worth it in the comments.
| Battery | Usable capacity (kWh) | Continuous power output (kW) | Roundtrip efficiency | Average price per kWh* | Coupling |
|---|---|---|---|---|---|
| Tesla Powerwall 3 | 13.5 | 11.5 | 97.5% | $926 | DC or AC |
| Villara VillaGrid+ | 11.5 | 10 | 98.5% | Get quote | DC or AC |
Original content from Electrek.
If you’re considering going solar, it’s always a good idea to get quotes from a few installers. To make sure you find a trusted, reliable solar installer near you that offers competitive pricing, check out EnergySage, a free service that makes it easy for you to go solar. It has hundreds of pre-vetted solar installers competing for your business, ensuring you get high-quality solutions and save 20-30% compared to going it alone. Plus, it’s free to use, and you won’t get sales calls until you select an installer and share your phone number with them.
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Air taxi startup Vertical Aerospace achieved a world’s first this week, completing the first flight between two airports through public airspace for an eVTOL at the Royal International Air Tattoo in Gloucestershire, England.
The Royal International Air Tattoo (RIAT) is the world’s largest military airshow, held every July and serving as a public showcase for the latest advancements in aviation technology. It’s fitting, then, that RIAT served as setting for the Vertical VX4 prototype’s first piloted public flight.
The eVTOL aircraft flew 17 miles from the company’s Flight Test Centre at Cotswold Airport to RAF Fairford, a Royal Air Force station used by the US Air Force. The Vertical VX4 reached speeds of 115 mph, and an altitude of 1800 ft, and also marked the first landing at a public location for an aircraft of this type.
The Vertical Aerospace entry was the only battery-electric aircraft present at RIAT 2025, and the flight served as a demonstration of the company’s broader strategy to unlock new hybrid-electric applications for defense, logistics, and special/close support missions where the eVTOL’s (relatively) quiet operations could give it a tactical advantage.
“RIAT is a global stage for the most advanced, mission-ready aerospace technology, and we’re proud to showcase how electric aviation will support the future of defense,” says Stuart Simpson, CEO of Vertical Aerospace. “Our hybrid-electric roadmap unlocks new capabilities for military operations, and Vertical’s RIAT presence reinforces our commitment to playing a meaningful role in the future of military and special mission aviation.”
Vertical’s VX4 debuted last year, with a 20% increase in the power-to-weight ratio that enables a top cruising speed of 150 mph and transports four passengers plus a pilot up to 100 miles on a single charge.
The inaugural VX4 flight was witnessed by several thousand UK aircraft enthusiasts, and showed how an eVTOL aircraft could integrate with real-world airport operations, building momentum toward more regular, certified deployment.
Electrek’s Take
Archer, BETA, EHang, Joby, XPeng – the list of eVTOL manufacturers seems to be as long as the list of new electric car brands that didn’t exist back when I first started working with EVs back in ::gulp:: the 1990s. The future of regional point-to-point air travel certainly seems to be vertical, and electric.
SOURCE | IMAGES: Vertical Aerospace.
If you’re considering going solar, it’s always a good idea to get quotes from a few installers. To make sure you find a trusted, reliable solar installer near you that offers competitive pricing, check out EnergySage, a free service that makes it easy for you to go solar. It has hundreds of pre-vetted solar installers competing for your business, ensuring you get high-quality solutions and save 20-30% compared to going it alone. Plus, it’s free to use, and you won’t get sales calls until you select an installer and share your phone number with them.
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Say what you will about Elon Musk, but Tesla has changed the way that millions of people buy cars and, by extension, car insurance. Now, Honda is taking a page from Tesla’s successful playbook and launching its own in-house insurance business. Enter: Honda Insurance Solutions.
Honda Insurance Solutions is being launched as a fully licensed insurance agency serving the insurance needs of Acura and Honda customers, but it’s not stopping at competitive pricing and coverage options for Honda cars and motorcycles. Honda Insurance Solutions promises to go several steps beyond Tesla’s offering with coverage for trailers, RVs, homes, and even pets.
“Honda Insurance Solutions offers customers access to coverage through a brand they know and trust,” says Petar Vucurevic, President, American Honda Insurance Solutions, LLC and Senior Vice President, American Honda Finance Corporation. “Insurance is a key touchpoint in the vehicle ownership journey, and we aim to deliver a superior experience tailored to the unique needs of each customer, while promoting safer driving and increased peace of mind on the road.”
The company says the launch of its new insurance business is just part of Honda’s broader digital vehicle sales platform strategy, with future plans to integrate insurance offerings into new products.
Electrek’s Take
It’s important to note some of the key differences between Honda’s insurance offering and Tesla’s. Honda isn’t offering discounts, they’re not bundling insurance premiums into the vehicle financing, and they’re not building their insurance offerings into their dealerships’ checkout/F&I offices. Not yet, anyway.
What Honda is doing right now is deepening relationships with its existing customers and finding ways to make money on products it hasn’t sold them – whether that’s the Harley parked in the garage next to their Prologue or the garage itself.
It’s a smart play. And, once Honda figures out a way to cut franchise dealers out entirely and go to a direct sales model, it’ll look even smarter.
SOURCE | IMAGES: Honda.
If you’re considering going solar, it’s always a good idea to get quotes from a few installers. To make sure you find a trusted, reliable solar installer near you that offers competitive pricing, check out EnergySage, a free service that makes it easy for you to go solar. It has hundreds of pre-vetted solar installers competing for your business, ensuring you get high-quality solutions and save 20-30% compared to going it alone. Plus, it’s free to use, and you won’t get sales calls until you select an installer and share your phone number with them.
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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