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Tesla has made several changes to its Supercharger network, including adding longer cables, to make the experience smoother as more non-Tesla EVs join the network and complicate things.

In North America, Tesla has been opening up the Supercharger network to electric vehicles from other automakers for the better part of the year.

Things have been moving slowly, and there are a few reasons for that.

First off, Elon Musk fired Tesla’s entire charging team earlier this year, and the company had to rebuild it, including hiring back some employees. That has slowed things down.

But Tesla also has to take things a bit slower because non-Tesla EVs using the Supercharger network complicate things.

We previously reported that the fact many charge ports are located at different locations on the vehicles than on Tesla vehicles, which are already on the back of the driver’s side.

It forces those EV drivers to park in a way that blocks another charging stall when plugging in at a Supercharger.

Longer cables at Supercharger stations are expected to fix that, but Tesla has been slow to deploy its new V4 stations, which are equipped with much longer cables.

Tesla has now released an update on the situation and how it is addressing the situation:

  • Making stall availability more accurate than ever – The latest Tesla software update improves the accuracy of stall availability estimates. We can detect when another EV, with a charge port located somewhere other than the rear left or front right, is plugged into a short-cable Supercharger stall. This update ensures no more overpromising of stall availability, so you can travel with confidence. We will continuously refine this algorithm to be as accurate as possible, including exact site mapping and faster refreshing of stall availability.
  • Increasing number of long cables – Longer cables mean that V4 posts can serve all port locations. In the next 18 months we will have more long cable than short cable Superchargers.
  • Modifying our sites to avoid blocked spaces – We have modified over 1,500 sites so that drivers never have to use more than 2 charging spaces to charge, increasing stall availability for all.
  • Encouraging the best charge port locations – Since opening up the Supercharger network in Europe in 2021, we’ve encouraged car manufacturers to transition charge port locations to rear left or front right. This provides seamless compatibility with 30k+ short-cable Superchargers available to other EVs globally.

These are all great updates.

It is frustrating to see on Tesla’s navigation that there are stalls available at the Supercharger station you are going to just to find out that the information is not accurate. In some cases, that can be because there’s indeed a stall where no one is plugged in, but you can’t park there because a non-Tesla EV is blocking it, which is OK as per Tesla’s integration of non-Tesla EVs.

It looks like now Tesla is using the data it gets when a non-Tesla EV plugs into a Supercharger to figure out whether it must be blocking the next stall. If that’s the case, that Supercharger will be marked as non-available.

It probably should have been done from the start, but I’m happy to see it happening now.

Tesla has also disclosed that it is designing and redesigning stations so that it wouldn’t happen in the first place.

With Supercharger V4 having longer cables, Tesla now expects to have more longer than shorter cables within the next year and a half.

Finally, Tesla also says that it has been encouraging other automakers to place their charge port at the location.

Electrek’s Take

I hope the latter point proves successful because I think it’s a no-brainer. The charge port should be at the back of the driver’s side.

Some automakers have also been using dual ports, most often with only one DC fast-charging one, on the driver’s side, and another level 2 charge port on the right side, which makes sense, especially for street charging in cities.

Great updates from Tesla Charging.

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This new solar + storage site will help power the Las Vegas Strip

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This new solar + storage site will help power the Las Vegas Strip

The Escape Solar and Storage project in Lincoln County, Nevada, will send clean power to big resort customers on the Las Vegas Strip. 

Reno-based Estuary Power, Escape’s developer, closed a $340 million financing package for the solar and storage project in late December 2024. 

Escape includes 185 megawatts (MW) of JinkoSolar PV capacity and 400 megawatt-hours (MWh) of Tesla battery storage capacity. 

Escape will supply 115 MW of solar and 400 MWh of battery energy storage to MGM Resorts International, 25 MW to Caesars Entertainment, 20 MW to Wynn Las Vegas, and 25 MW to Overton Power District under long-term agreements.

MGM Resorts International has set a goal to source 100% of its energy from renewables by 2030. Las Vegas resorts are required to comply with Nevada’s Renewable Portfolio Standard (RPS), which aims to increase the percentage of renewable energy to 50% by 2030. However, many resorts have already exceeded the 40% renewable energy requirement set by the state. The Venetian and Sands Expo and Convention Center partnered with NV Energy to procure renewable energy certificates to cover 100% of its electricity use.

Jill Daniel, CEO of majority woman-owned Estuary Power, said, “We look forward to supplying renewable energy to the iconic Las Vegas Strip and to our valued partner Overton Power District. We are thankful for the support of our financing partners in making the Escape project a reality.”    

The project is the first utility-scale solar project to be developed in Lincoln County, just north of Las Vegas, where it will generate nearly $80 million in tax revenue for the county over its life span. It’s currently under construction and will begin operating in 2025.

Las Vegas is second in the US for solar capacity per capita.

Read more: This Florida solar farm is supplying clean energy to 12 cities


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Your personalized solar quotes are easy to compare online and you’ll get access to unbiased Energy Advisers to help you every step of the way. Get started here. –trusted affiliate link*

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Aptera signs LG as battery supplier for its solar electric car

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Aptera signs LG as battery supplier for its solar electric car

Aptera has signed a memorandum of understanding with LG Energy Solutions to supply batteries for its solar EV, which it says will start deliveries later this year.

Aptera is at CES this week, showing off it’s production-intent solar EV. We stopped by the booth for a few pictures, but beyond that, there wasn’t a lot new to announce.

But that changed today, as Aptera has now officially announced that it’s partnering with LG Energy Solutions as the exclusive supplier for battery cells for the Aptera solar EV, and CTNS for battery pack assembly.

Aptera said this partnership accomplishes three goals:

  • Enhance Aptera’s production capacity through a reliable and scalable battery supply chain. 
  • Solidify LG Energy Solution’s market presence as a trusted supplier.   
  • Strengthen CTNS’s reputation as a key manufacturing partner in the U.S. market. 

The agreement runs from 2025 to 2031, with LG supplying 2170-format cylindrical cells for battery modules and packs that will be assembled by CTNS and designed by Aptera.

The agreement covers 4.4GWh of battery capacity supply. Given that the Aptera has a 44kWh, 400-mile battery pack (at least at launch, other options might be available at some point), that’s enough for a total of 100,000 vehicles – quite a lofty goal for a rather small company that is relying on crowdfunding and has not yet shipped a car.

“This partnership represents a significant milestone in bringing our solar electric vehicles to market with the reliability and performance our customers expect. LG Energy Solution and CTNS bring unparalleled expertise, and we’re excited to work together to power the future of sustainable transportation.”

-Chris Anthony, Co-CEO of Aptera Motors

LG is one of the largest EV battery cell manufacturers in the world, and the largest outside China. The largest is CATL, but that company has found itself on a US blacklist.

As part of Aptera’s CES announcements, it reaffirmed that it plans to deliver its first vehicles by the end of this year, showed off the production configuration of its solar panels covering the hood, dash, roof and hatch of the vehicle, and said that it drove the car for 20 miles on a Las Vegas winter day and ended up with more charge than it had when it started. You can read more about Aptera’s CES show presence on our previous coverage here.

Aptera says it has 50,000 reservations for its vehicle, at $100 a pop (or $70, if you use our Aptera referral link). You can reserve an Aptera over at Aptera’s website.


But if you have an EV that *isn’t* covered with solar panels, maybe you can install solar panels on your home’s roof and charge your vehicle through solar anyway. Find a reliable and competitively priced solar installer near you on EnergySage, for free. They have pre-vetted installers competing for your business, ensuring high-quality solutions and 20-30% savings. It’s free, with no sales calls until you choose an installer. Compare personalized solar quotes online and receive guidance from unbiased Energy Advisers. Get started here. – ad*

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Mazda is bringing this $20,000 Chinese EV overseas, but prices will be much higher

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Mazda is bringing this ,000 Chinese EV overseas, but prices will be much higher

The electric Mazda 6 predecessor is headed for Europe this summer. Mazda’s EV starts at around $20,000 in China, but prices are expected to be significantly higher in Europe. Here’s what we know about the Chinese-made EV so far.

When will Mazda launch its $20,000 EV overseas?

Mazda unveiled the EZ-6 at the Beijing Auto Show alongside the Arata SUV last April. The EZ-6 is the all-electric predecessor to the Mazda 6 sedan.

Mazda’s Chinese joint venture, Changan Mazda, has been selling the EZ-6 in China since October. The electric sedan, which starts at just 139,800 yuan, or around $19,200, is already off to a hot sales start.

With nearly 2,500 models sold in November, its first sales month, Changan Mazda said the EZ-6 was among the top three mid-size new energy vehicle (NEV) sedans of joint ventures sold in China. According to Nikkei, Mazda will export the $20,000 EV to Europe starting this summer.

Based on Changan Auto’s hybrid platform, the EX-6 is available in EV and extended-range configurations in China. The all-electric version has a CLTC range of up to 600 km (372 miles).

Mazda-$20,000-EV
Mazda EZ-6 (Source: Changan Mazda)

The electric Mazda EZ-6 is 4,921 mm long, 1,890 mm wide, and 1,485 mm tall with a wheelbase of 2,895 mm, or about the size of a Tesla Model 3 (4,720 mm long, 1,922 mm wide, and 1,441 mm tall with a 2,875 mm wheelbase).

Inside, the EZ-6 has a modern cabin setup with 14.6″ infotainment and 10.1″ driver display screens. It also includes premium features like a 50″ AR head-up display and zero-gravity reclining seats.

Mazda-$20,000-EV-interior
Mazda EZ-6 interior (Source: Changan Mazda)

The imported model will feature improved stability and control for high-speed driving on European roads. Mazda will showcase the updated EZ-6 at the Brussels Motor Show, which kicks off on Friday.

Like many automakers, Mazda is looking to meet the EU’s Zero Emission Vehicle (ZEV) mandates and avoid heavy fines. However, after the EU increased tariffs on Chinese EV imports to as much as 45.3%, Mazda will still have to pay the price.

Mazda-$20,000-EV
Mazda EZ-6 electric sedan (Source: Changan Mazda)

China’s SAIC was hit the hardest with an extra 35.3% duty, while Geely (18.8%) and BYD (17%) were at the lower end. Other cooperating companies are subject to a 20.7% tariff, while non-cooperating automakers will have a duty of 35.3%.

Earlier this week, we learned Mazda will build a new module battery plant in Japan to supply its first dedicated EV. Although no details were revealed about the dedicated EV, Mazda said it will be powered by a new electric vehicle platform. The company aims to launch the new platform in 2027. Stay tuned for more.

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