Connect with us

Published

on

After just over six months on the road, two Teslas have driven around the world powered by electricity – including an entire family, with 3 young children, in a Tesla Model 3. But for one of the drivers it’s nothing new, as this was actually his fourth round-the-world trip in an EV – the first being way back in 2012.

80edays is the brainchild of Rafael de Mestre, the aforementioned owner who just finished his fourth round-the-world journey in an EV.

It started in 2012, when he heard about a pair of engineers navigating around the world in a Citroen C-Zero, a rebadged Mitsubishi i-MiEV, one of the early EVs of the modern era. de Mestre, however, owned a Tesla Roadster, the car that jump-started the modern EV moment, and thought there’s no way he was going to let a Citroen be the first around the world.

So, off he set in a self-declared “race” against the other team, wanting to beat them and be the first. After plenty of trials and drama, in a time when there were scarce public charging locations to be found even in advanced nations, and before Supercharging existed, de Mestre ended up winning the race and becoming the first to complete an electric circumnavigation of the globe. You can still find his driving and charging route here.

Despite the lack of infrastructure for his first race, and still-lacking infrastructure in many parts of the globe since, de Mestre likes to say “wherever there is light burning, you can find a charge” – and he carries a comically-crowded trunk full of custom charge adapters to make sure he can do this anywhere around the globe.

Since then, de Mestre has achieved the feat multiple times, often recruiting teams to go with him. In 2016, the trip included 9 Teslas, 1 Denza (a BYD/Daimler joint brand) and a Hungarian-made electric bus – though de Mestre drove a much more comfortable Tesla Model S that time, rather than his tiny Roadster.

A photo with all the teams from 2016 in China

In 2022, he set off again in his Roadster, and we caught up with him as he passed through California. This journey was notable for including what de Mestre believes is the first zero-emission transatlantic trip by car, as he shipped the Roadster in the cargo hold of a wind-powered cargo ship, which barely fit due to the car’s exceptionally small size.

And in 2024, he and a Czech family – Zdenek, Hanna, Max (11), Damian (8) and Laura (6) Martinek – took their Model S and Model 3, respectively, around the world. They started on April 24 of this year, and finished on November 3 under the Arc de Triomf in Barcelona – where de Mestre, who was born in Catalunya, has always started and ended his trips.

They were joined at times by other drivers who took on parts of the route, like a Kia Niro which joined to Morocco, but these two cars were the only finishers of the entire circumnavigation.

The most significant achievement of this trip was the inclusion of an entire family of five this time, all within a single Tesla Model 3. In 2016 a father and his adult daughter finished the trip, but there hadn’t been any full families or children on previous instances of 80edays until now. The trip set an Official World Record for first round-the-world trip in an electric car by a family, and longest trip in an electric car in a family.

The Martineks’ Model 3. The cargo box attaches to the tow hitch, which is available on EU-spec Model 3s

Now, the Model 3 is a fine-sized car, with plenty of room for five passengers and impressive cargo space for a mid-size sedan… but then add all of their stuff, and send them around the world, and it’s quite impressive that that was all possible in a single normal-sized car. The car used an additional cargo box attached to the tow hitch, but this was lost due to border difficulties in China, so the family had to manage with just the car’s default cargo space (so much for the Americans who think their chihuahua needs an entire third row for itself…)

de Mestre also set a record for longest-driven trip in an electric car, at 42,015km, crossing 36 countries along the way. And each of his EVs have now done two trips around the world, seemingly the only two EVs to have done not just one, but multiple circumnavigations. The latter of which, the Model S, started the trip with over 600,000km (372k miles) on the odometer.

Along the way, the group met with local Tesla clubs in many areas, and with friends around the world from previous trips de Mestre has taken. They also gave presentations about EV driving in some places that are a little more off the beaten path, particularly central Asia.

On this trip, we also caught up with the crew briefly for lunch when they passed through Los Angeles and gave them a quick ride in a Waymo, which was everyone’s first time in a truly driverless vehicle and inspired some fun reactions from the kids. (Read more about a tougher test we gave Waymo on a chaotic Venice Beach weekend here)

de Mestre’s Model S when we met up with him in Los Angeles

The group was in good spirits at the time, but was about to hit the lowest point of the trip – significant difficulties with both shipping and customs getting the cars to China. Due to customs, they had to give up a lot of their luggage, including the Model 3’s external cargo holder. One of de Mestre’s repeated goals with this project is to create a more open world, with fewer borders, and freer movement and more cooperation across them, after experiencing so much frustration during his various trips.

Between these troubles and the international nature of climate change, de Mestre has largely decided that borders are a roadblock to solving many of the world’s problems. When two countries are polluting across borders, rather than working together to solve the problem, what will often happen is that each one blames the other and does nothing to improve the situation – all the while, the global problem continues, and everyone is worse off for it. Cooperation is the answer, not isolation.

Visiting a tree planted in Andorra during a previous 80edays trip

And speaking of climate change: on the same day the group finished their trip in Barcelona, the city felt the devastating effects of climate-affected storms which have been hammering Spain’s eastern coast recently, and came to Barcelona yesterday with floods that have disrupted transportation and have killed hundreds in the region over the past week. Not only were these storms made more common by climate change, but their intensity was increased, with more precipitation which overloads infrastructure that was built for a more normal climate, which we as humans are rapidly moving away from due to the combustion of fossil fuels.

Which puts a point on this whole exercise: despite that this is obviously an unnecessary, fun thing to do, it’s still making some important symbolic points. We have cleaner transportation options available to us today, and we are only making them harder to implement by putting up borders and reducing cooperation between nations. de Mestre and the Martineks have shown us all, once again, that there are better options available to us – we need only start taking them.

And finally, I’ll ask the same question I’ve been asking since 2012, with more and more evidence building every day: Who says you can’t roadtrip in an EV?

You can learn more about the trip and see pics & vids on instagram at @80edays_official, find Zdenek and his family at @tesloukolemsveta (mostly in Czech language), or support the project (which had significant cost overruns due to border processing issues) through Rafael’s Patreon. There’s a writeup of the trip here, and more info on 80edays’ website.


Charge your electric vehicle at home using rooftop solar panels. 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*

FTC: We use income earning auto affiliate links. More.

Continue Reading

Environment

Crude prices jump as U.S. imposes sweeping sanctions against Russia oil industry

Published

on

By

Crude prices jump as U.S. imposes sweeping sanctions against Russia oil industry

A view of offshore oil and gas platform Esther in the Pacific Ocean on January 5, 2025 in Seal Beach, California. 

Mario Tama | Getty Images

Oil prices jumped on Friday as the U.S. Treasury Department announced sweeping sanctions against Russia’s oil industry.

Brent gained $1.92, or 2.5%, to $78.84 per barrel by 11:12 a.m. ET, while U.S. crude oil advanced $1.89, or 2.56%, to $75.81 per barrel. Brent broke $80 per barrel for the first time since October earlier in day, hitting a session high of $80.75.

The sanctions target Russian oil companies Gazprom Neft and Surgutneftegas and their subsidiaries, more than 180 tankers, and more than a dozen Russian energy officials and executives. The sanctioned executives include Gazprom Neft CEO Aleksandr Valeryevich Dyukov.

The sanctioned vessels are mostly oil tankers that are part of Russia’s “shadow fleet” that has dodged existing sanctions on the country’s energy exports, according to the Treasury Department.

“The United States is taking sweeping action against Russia’s key source of revenue for funding its brutal and illegal war against Ukraine,” Treasury Secretary Janet Yellen said in a statement.

Stock Chart IconStock chart icon

hide content

Brent crude futures, 1 year

“With today’s actions, we are ratcheting up the sanctions risk associated with Russia’s oil trade, including shipping and financial facilitation in support of Russia’s oil exports,” Yellen said.

The perception in the oil market is Indian and Chinese refiners that have imported Russian oil will have to scramble for barrels from the Middle East, said Bob Yawger, executive director of energy futures at Mizuho Securities, in a note to clients Friday.

The Biden administration has sought to ratchet up pressure on Russia and dispense aid to Ukraine before President-elect Donald Trump takes office.

“The Biden administration opted for more robust energy sanctions, which caught the oil market especially complacent about sanctions risks,” said Bob McNally, president of Rapidan Energy Group.

“Therefore, we expect today’s material risk premium in Brent to stick pending signals from the Trump team as to whether they will continue these sanctions,” McNally said.

Don’t miss these energy insights from CNBC PRO:

Continue Reading

Environment

This long duration compressed air energy storage project just got a $1.76B DOE loan

Published

on

By

This long duration compressed air energy storage project just got a .76B DOE loan

Hydrostor’s GEM A-CAES has received a conditional loan guarantee of up to $1.76 billion from the US Department of Energy (DOE) to build the Willow Rock Energy Storage Center, a cutting-edge compressed air energy storage (CAES) system, in Eastern Kern County, California.

If everything goes as planned, Willow Rock will bring 500 megawatts (MW) and 4,000 megawatt-hours (MWh) of long-duration energy storage (LDES) to the southern California power grid.

This system will lower energy costs, improve grid reliability during peak demand, and expand the rollout of renewable energy into the grid. Here’s how it works and why it’s unique.

How compressed air energy storage works

CAES technology is all about storing energy for later use, especially when the sun isn’t shining or the wind isn’t blowing. Here’s how it works:

  1. Storing energy: The system takes surplus energy (often from renewable sources like solar or wind) and uses it to compress air, which is stored in underground caverns.
  2. Releasing energy: When the grid needs power, the compressed air is released, passing through a turbine to generate electricity. Willow Rock will be able to dispatch stored energy at full power for over eight-hour periods.

Unlike conventional batteries, CAES can scale up based on the size of the storage cavern and doesn’t rely on scarce critical materials. It’s durable, too –systems like Willow Rock are designed to last over 50 years.

Why advanced CAES is different

Traditional CAES systems face two big challenges: wasted heat and inconsistent power output. Willow Rock’s advanced compressed air energy storage system (A-CAES) technology solves these problems:

  • Thermal energy capture: Conventional CAES loses around 50% of energy during the air compression process. Willow Rock pairs a proprietary thermal storage system with this process, so it captures, stores, and reuses heat from the compression cycle.
  • Constant Pressure: Traditional systems lose efficiency as underground air pressure drops. Willow Rock maintains consistent pressure by using water from an above-ground reservoir. As a bonus, the facility will be a net producer of fresh water, as water condensed during the compression process will be captured and reused.

This innovative design means A-CAES systems can be installed in a greater variety of underground conditions – an estimated 80% of US geology could support similar systems, opening the door for wide deployment.

Willow Rock will create up to 700 construction jobs at its peak, and 40 full-time operations roles will follow. These positions require skills similar to those used in the oil and gas industry, making it a natural fit for Kern County, a region with roots in fossil fuel production.

GEM A-CAES is a subsidiary of Hydrostor USA Holdings, a subsidiary of Hydrostor of Canada.

Read more: The world’s highest solar + storage project is online in Tibet


Now is a great time to begin your solar journey so your system is installed in time for those sunny spring days. If you want 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. They have hundreds of pre-vetted solar installers competing for your business, ensuring you get high-quality solutions and save 20 to 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. –trusted affiliate partner

FTC: We use income earning auto affiliate links. More.

Continue Reading

Environment

BYD launches its ultra-compact ATTO 2 SUV in UK and Europe with Blade Batteries

Published

on

By

BYD launches its ultra-compact ATTO 2 SUV in UK and Europe with Blade Batteries

Chinese EV automaker Build Your Dreams (BYD) has unveiled its ATTO 2 compact SUV to the European public. The launch, which took place at the Brussels Motor Show, kicks off BYD’s next EV entry into European and UK markets. The BYD ATTO 2 is smaller and more affordable than its SUV siblings, with a decent range to boot, perfect for European roads.

The ATTO 2 is a rebranded version of the Chinese EV automaker BYD’s Yuan Up – an ultra-affordable compact SUV that debuted in China in February 2024. BYD may not be bringing “Yuan” branded EVs over to new markets in Europe, but that lineup continues to grow each month.

BYD currently sells four all-electric models in the UK and seven in Europe, including the ATTO 3 SUV. Today, BYD debuted a rebranded version of the Yuan Up called the ATTO 2, which will go on sale to customers in the UK and Europe next month.

BYD unveils ATTO 2 in Brussels, sales begin in February

The Brussels Motor Show recently kicked off as the first major automotive expo in Europe in 2025, and BYD showed up with a new affordable BEV option to complement the ATTO 3. Per BYD executive vice president Stella Li:

We’re excited to start 2025 with another important model for our plans in Europe. The B-segment SUV class is incredibly popular here, and with the ATTO 2, we have an agile and versatile offering that will appeal to that large potential customer base. It takes all of BYD’s strengths in batteries, electric motors and Cell-to-Body construction and combines them in a compact package that brings new intelligent technologies to the urban SUV class.

The ATTO 2 is 4,310mm long, 1,830mm wide, and 1,675mm tall—145mm shorter and 45mm slimmer than its ATTO 3 sibling. Despite its compact size, the ATTO 2 offers up to 1,430 liters of cargo capacity with its rear seat down.

The ATTO 2 also sits atop BYD’s e-Platform 3.0, the first of the brand’s compact SUVs to utilize Cell-to-Body (CTB) construction, which integrates the battery completely into the vehicle chassis—this design results in optimized space and overall increased vehicle rigidity.

Speaking of batteries, the EU and UK customers who opt for an ATTO 2 can experience BYD’s proprietary Blade Batteries, which integrates LFP cells directly instead of fitting them into multiple modules. BYD says customers can choose between two battery sizes in their ATTO 2 order. At launch, a standard range edition will utilize a 45.1 kWh Blade Battery, delivering a (WLTP) 312 km (194 miles) range.

However, BYD said a larger-battery version of the ATTO 2 will arrive in the coming months and offer drivers greater range. The automaker is not yet sharing individual pricing for the ATTO 2 in the UK or Europe. Still, a representative for the company said the compact SUV is expected to land between the BYD Dolphin and ATTO 3 BEVs, which in the UK cost 26,140 GBP ($32,157) and 37,140 GBP ($45,689) respectively.

ATTO 2 sales are expected to begin in February.

FTC: We use income earning auto affiliate links. More.

Continue Reading

Trending