A wind turbine blade manufactured by LM Wind Power arrives at the Offshore Renewable Energy Catapult in Blyth, England, on August 15, 2019.
Tom White | Getty Images News | Getty Images
GE’s renewable energy unit said Tuesday it would manufacture zero waste wind turbine blades by the year 2030, becoming the latest operator in the sector to try to develop more sustainable production processes.
In a statement, GE Renewable Energy said its Denmark-headquartered LM Wind Power subsidiary would “reuse, repurpose, recycle or recover all the excess materials from manufacturing of blades, giving up on landfilling and incineration as waste management solutions.”
The LM Wind Power announcement only relates to waste from the manufacturing process and does not cover what happens to the blades when their service life ends.
The firm is looking to address the latter in a number of ways. It is part of the DecomBlades consortium, an initiative focused on blade recycling and made up of several major players in the industry.
It’s also involved in ZEBRA, or the Zero Waste Blade Research project, which is focused on the design and manufacture of fully recyclable wind turbine blades.
The issue of what to do with wind turbine blades when they’re no longer needed has become a headache for the industry. This is because the composite materials that blades are made from can prove difficult to recycle, meaning many end up as landfill when their service life ends.
As governments around the world attempt to ramp up their renewable energy capacity, the number of wind turbines worldwide only looks set to grow, which will in turn increase pressure on the sector to find sustainable and manageable solutions for the disposal of blades.
Against this backdrop, industry body WindEurope has said it wants a “Europe-wide landfill ban on decommissioned wind turbine blades by 2025” while a number of companies have sought to develop their own solutions to the challenge.
All the above examples can be seen as efforts to develop a so-called circular economy, which the EU has called “a model of production and consumption, which involves sharing, leasing, reusing, repairing, refurbishing and recycling existing materials and products as long as possible.”
Wind energy is one of many industries attempting to develop approaches connected to the idea of a circular economy. Just this month, Swedish battery firm Northvolt said it had produced its first battery cell with what it described as “100% recycled nickel, manganese and cobalt.”
In a statement, the company — which has attracted investment from Goldman Sachs and Volkswagen, among others — said the cell’s nickel-manganese-cobalt cathode had been produced using metals “recovered through the recycling of battery waste.”
Tests showed that performance was on a par with cells made using metals that had been freshly mined, Northvolt said.
isinwheel’s terrific personal EVs “bring all the things you want closer to you.” Whether it’s an electric scooter, an e-bike, or an e-skateboard, the three things you’re guaranteed to get no matter which you choose are fun, safety, and affordability.
We’re taking a closer look below at six of isinwheel’s personal EVs – could one of these be your next electric ride?
Table of contents
isinwheel S9Pro commuting electric scooter
Meet the isinwheel S9Pro, the best value-for-money electric scooter that zips you through your day at speeds up to 19 mph with a range of 19 miles – perfect for your daily commute.
The S9Pro‘s powerful 350W motor delivers a smooth, efficient ride without breaking the bank. With a lightweight, foldable aluminum frame, it’s easy to carry, store, and even pop into your car trunk or onto public transport. Plus, the quick one-step folding mechanism makes it the ultimate on-the-go companion.
The isinwheel S10Max is your ultimate high-performance ride, powered by a beastly 1000W motor that conquers any terrain with ease. With an impressive range of up to 37 miles, you can enjoy long-distance adventures without worrying about recharging.
The S10Max‘s all-terrain 10-inch off-road tires, paired with dual shock absorption, provide unbeatable grip and stability whether you’re cruising through city streets, on country paths, or on muddy trails.
Unleash your adventurous side with the isinwheel GT2. With a powerful 1000W motor, it rockets up to 28 mph, effortlessly conquering steep hills and challenging landscapes for a thrilling ride every time.
Its 11-inch off-road tires are built for all terrains, whether you’re cruising through the city or tackling rugged countryside paths. Plus, with four advanced shock absorbers, every ride is smooth and stable, no matter where your journey takes you. Get ready to ride the GT2 and experience performance like never before!
The isinwheel M10 electric commuter bike blends style with power. Crafted from lightweight, rust-resistant aluminum alloy, this sleek ride weighs just 47 pounds, making it easy to carry and tough enough to last.
With a professional 35-speed transmission, the M10 adapts to your every need, whether you’re accelerating, cruising downhill, or conquering steep inclines. With a 500W motor capacity, a top speed of 20 mph, 374 Wh battery capacity, and four hours of charging time, it’s the perfect blend of performance and convenience for your daily commute!
Say hello to the versatile isinwheel U1! With folding handlebars, pedals, and a height-adjustable seat, it’s perfect for easy storage and transport. The U1’s 500W motor comes with a smart chip that instantly adapts to give you that extra boost when you hit an incline, face a headwind, or carry more weight.
The U1 has a top speed of 18 mph, 280 Wh of battery capacity, and three hours of charging time. Whether you’re zipping through city streets or tackling hills, the U1 has you covered with power and portability.
Check out isinwheel’s V8, V6 and V10 electric skateboards
The isinwheel V8 electric skateboard is your ticket to thrilling rides, featuring a top speed of 28 mph and a range of up to 12 miles. Its removable, detachable batteries allow for quick swaps, so you can extend your adventure with ease. Choose from four riding modes and let the gorgeous ambient lights make you stand out, whether you’re cruising in daylight or lighting up the night. With its powerful dual 540W motors and regenerative braking system, the V8 delivers a ride that’s as exhilarating as it is stylish.
The V8 is isinwheel’s first-gen electric skateboard, and we’ve also taken it to the next level. The V6 is perfect for teens and beginners, and the high-performance V10 is for those who crave more power. But we’re not stopping there – this September, we’re launching the V6 PRO, the ultimate cool ride for young skaters and newbies. Stay tuned; it’s going to be epic!
It’s no Ferrari, but owning a sporty little Fiat 500e is about as close to putting a cavallino rampante in the garage as most of us will ever get. And if we act soon, we could do just that for 30% less money than before.
Fiat parent company Stellantis is giving dealers the ability to offer buyers up to $3,000 in coupons and incentives to help move its slow-selling 2024 FIAT 500e coupes. When paired with a $7,500 factory lease credit through Stellantis Financial, those coupons lead CarsDirect analysts to call the 500e one of the most affordable new EVs on the market.
The math maths
2024 FIAT (500e) RED in Miami; via Stellantis.
Between coupons and Stellantis Financial cash, that’s $10,500 in potential discounts before negotiations even begin. With a base MSRP of $34,095 with destination for a 2024 500e, that’s a JC Penney-style 31% off, with an additional 2% (presumably) within easy reach.
According to CarsDirect, the biggest downside of the coupon program is that it’s still unadvertised, which means there’s no way of telling how much of the allowable discount dealers are actually including in prices. But (as GI Joe taught us) knowing is half the battle, so click here to find deals on a new Fiat 500e near you, and make “are you applying those $3,000 in Stellantis coupons” one of your first questions.
Electrek’s Take
2024 FIAT (500e) RED interior; via Stellantis.
Small cars have never sold well in America. Not even great ones like the OG Honda CRX or Suzuki Swift GTi. Americans tend to buy for low use case scenarios, which is a fancy way of saying that, if an American thinks they’ll need a pickup 2-3 days/year, they’ll convince themselves to drive a pickup for the other 362 days. The British want more taxes than Americans wanted to pay in 1775, and today we have more gun shops than McDonald’s … just in case.
The little Fiat, in other words, was never going to be a volume player in the US. And that’s too bad, because the little 117 hp microcar is, by all accounts, fun to drive, zippy, and unquestionably cool. The media at large, though, has complained about the 37 kWh battery and 149 miles of EPA range – calling both “inadequate,” despite the fact that the first-generation Nissan LEAF had objectively inferior specs and sold 200,000 examples before getting its first significant upgrade in 2016. And, frankly, that Nissan had about as much style as a hospital gown.
So, while it may not offer what most car buyers think they need – as a second car, or a fun, urban runabout for lighthearted singles, the little Fiat is tough to beat (especially in red).
Echoing the words of hydrogen critics everywhere, Mahle Chairman Arnd Franz says that building out a hydrogen infrastructure won’t be possible without “blue” H made from fossil fuels.
With that in mind, I don’t want to misrepresent the words of the esteemed Mr. Franz, who claims to be bullish on H’s prospects as a fuel. What I intend to do here, then, is shine a light on the space between Franz’ lines, read whatever’s in there, and then ask if you see what I see.
“We can’t achieve any CO2 emission reductions if you use natural gas or any other fossil sources to produce hydrogen,” Franz is quoted saying. “Today, the overwhelming portion of hydrogen production worldwide is around 90 million tons. That number is going to go up to 130 million tons until 2030. Currently, we have a flourishing and growing portion of that being more sustainable. By more sustainable, I mean blue and, eventually, green hydrogen. In our opinion, [blue hydrogen production is needed] to get the infrastructure going in order to get the ecosystem.”
I read that as saying that, today, there are no carbon emissions reduction benefits from using hydrogen as a fuel, because the overwhelming majority of those 90 million tons is being produced by natural gas and fossil fuels.
What’s more, everyone involved seems to trying to justify that with claims that fossil-generated hydrogen is some kind of “necessary evil” (my words) to build out a viable H ecosystem. See if you hear it, too.
“We will fail [with hydrogen technology] if we don’t use blue hydrogen,” Franz clarified. “Right now, hydrogen is produced from fossil sources with carbon capture, meaning we don’t let the carbon reach the atmosphere. Eventually, we need to get to wind and solar as the sources of energy to make hydrogen, and we believe the US has a really impressive program [thanks to] subsidies from the Inflation Reduction Act.”
He was right then, and he’s still right now. “It’s one thing to have the technology and another thing for the technology to be viable,” Vlaskamp told the magazine Expansión (translated from Spanish). “Green hydrogen is not available for transportation and there is no point in switching from diesel to hydrogen if the energy source is not sustainable.”