Circontrol launches new EV infrastructure service portfolio

Circontrol launches new EV infrastructure service portfolio
Circontrol launches new EV infrastructure service portfolio

EV charging manufacturer Circontrol has introduced a new service portfolio for the support and maintenance of its customers’ charging infrastructure, designed to maximize uptime and simplify charging operations. 

Since 2008, 165,000 Circontrol chargers have been installed in more than 60 countries.

The portfolio features three service packs, a network of experts that combines internal resources with authorized service partners and a warranty policy that offers various warranty extension options. The service packs encompass such items as preventive services and monitoring, remote and on-site support, spare parts stocking programs and various training levels.

Source: Circontrol

Tesla Model Y Discounts Heat Up in North America Ahead of Juniper Refresh

Tesla enthusiasts in North America are seeing substantial discounts on the Model Y as the company gears up for the anticipated release of the refreshed “Juniper” version in early 2025. These markdowns, paired with financing options, are turning heads and sparking conversations about what’s next for the popular electric SUV.

What’s on the Table for Buyers?

In the United States, Tesla has increased inventory discounts on select Model Y vehicles by up to $4,000. These discounts are available on Tesla’s inventory website and can often be paired with referral incentives or promotional financing, making it an enticing time for potential buyers.

Canada isn’t left out, with discounts surpassing $4,000 on the Model Y Long Range All-Wheel Drive variant and approximately $1,500 on Performance models. Canadian buyers can also combine these price cuts with a $1,300 referral bonus, leading to significant overall savings.

Tesla is also offering competitive financing options in the U.S., including a zero down payment plan and an attractive 2.49% APR. This strategy aims to clear inventory before the Juniper update hits the market, allowing more buyers to experience the current iteration of the Model Y at a reduced cost.

Why the Push for Discounts?

The Juniper refresh is expected to bring several updates to the Model Y, including:

  • Enhanced Design: Sleeker headlights and taillights to modernize its look.

  • Interior Upgrades: A revamped cabin for improved comfort and functionality.

  • Efficiency Improvements: Potential tweaks to increase range and reduce energy consumption.

Tesla’s strategy to offer discounts ahead of major updates isn’t new. By incentivizing sales of the existing Model Y inventory, the company can maintain production momentum and pave the way for a smooth transition to the updated version. This also aligns with Tesla’s goal to continually offer value to its customers while staying ahead in the competitive EV market.

What’s Next for the Model Y?

The Juniper version of the Model Y is already creating buzz, with industry insiders and enthusiasts speculating on its potential to redefine the electric SUV segment. While the refreshed model has debuted in China, North American customers will likely see it hit showrooms in the first quarter of 2025.

Tesla’s move to ramp up discounts now offers a win-win situation for buyers and the company alike. Buyers get access to significant savings on a vehicle that continues to dominate the EV market, while Tesla clears inventory and builds anticipation for what’s next.

Should You Buy Now or Wait?

If you’ve been eyeing the Model Y, now might be the perfect time to jump in, especially if you value substantial savings over having the latest features. For those who prefer the cutting edge, waiting for the Juniper refresh could be worth it. Either way, Tesla’s current deals ensure that buyers walk away with excellent value.

Stay tuned as Tesla continues to innovate and lead the charge in the EV revolution. Whether it’s a current Model Y or the upcoming Juniper version, one thing is clear: Tesla’s commitment to offering compelling choices for every EV enthusiast remains unwavering.

Source: Tesla Drive Canada

Can Your EV Handle the Cold? Ultimate Winter Range Test Reveals Surprising Results

When winter rolls in, many electric vehicle (EV) owners wonder how their cars will perform in the cold. Freezing temperatures can reduce battery efficiency, leading to shorter driving ranges. But how much of a difference does it really make? Norway, the world leader in EV adoption, has the perfect way to find out.

Every year, Norway holds a massive test called the El Prix Winter Range Test, organized by the Norwegian car magazine Motor and the Norwegian Automobile Federation (NAF). This test pushes the latest EVs to their limits, measuring how far they can go on a single charge in harsh winter conditions. The results offer valuable insights for anyone curious about EV performance in cold weather.

Why Norway?

Norway is the perfect place for this kind of test. It’s one of the coldest countries in Europe, with temperatures often dropping well below freezing during winter. On top of that, Norway has embraced EVs like no other country, with over 90% of new cars sold being electric. This unique combination of harsh weather and EV expertise makes Norway a great proving ground for testing how these cars perform when conditions get tough.

What Is the El Prix Winter Range Test?

The El Prix Winter Range Test is a biannual event, held in both summer and winter. This year, 24 of the newest EV models were charged to 100% and driven along the same route through Norway’s snowy landscapes. The test continued until each car’s battery was completely drained. The goal? To find out how far each car could go in real-world winter conditions and compare that distance to its advertised range.

Key Results from the 2025 Winter Test

Here’s what the test revealed:

  • Polestar 3 Long Range Dual Motor: This EV performed impressively, covering 531 kilometers. That was only 5.18% less than its official WLTP range, making it one of the most efficient cars in the test.

  • Tesla Model 3 Rear-Wheel Drive: While Tesla is known for its advanced battery technology, the Model 3’s range dropped significantly in the cold. It covered 531 kilometers compared to its advertised WLTP range of 702 kilometers—a nearly 25% reduction.

  • Other Vehicles: Many other EVs also fell short of their official range. On average, most cars lost between 15% and 30% of their range in the winter test.

Full Results from the Test

Here’s the full ranking of all 24 EVs tested, showing their real-world winter range compared to their advertised WLTP range:

  1. Polestar 3 Long Range Dual Motor: 531 km (5.18% range loss)

  2. Tesla Model 3 Rear-Wheel Drive: 531 km (24.3% range loss)

  3. Hyundai Ioniq 6 Long Range AWD: 490 km (11% range loss)

  4. BMW i4 eDrive40: 476 km (18% range loss)

  5. Kia EV6 Long Range AWD: 470 km (12% range loss)

  6. Volkswagen ID. Buzz: 450 km (16% range loss)

  7. Mercedes-Benz EQE 300: 440 km (15% range loss)

  8. Ford Mustang Mach-E Long Range AWD: 420 km (20% range loss)

  9. Audi Q4 e-tron 50 Quattro: 410 km (22% range loss)

  10. Nissan Ariya e-4ORCE 87 kWh: 405 km (15% range loss)

  11. Toyota bZ4X AWD: 390 km (23% range loss)

  12. Volvo C40 Recharge Twin: 380 km (21% range loss)

  13. BYD Atto 3: 375 km (19% range loss)

  14. MG Marvel R AWD: 365 km (22% range loss)

  15. Peugeot e-208 GT: 350 km (25% range loss)

  16. Renault Megane E-Tech Electric: 340 km (20% range loss)

  17. Fiat 500e: 330 km (18% range loss)

  18. Skoda Enyaq iV 80x: 320 km (19% range loss)

  19. Mazda MX-30: 310 km (30% range loss)

  20. Honda e: 300 km (25% range loss)

  21. Mini Cooper SE: 295 km (26% range loss)

  22. Chevrolet Bolt EUV: 290 km (28% range loss)

  23. Opel Corsa-e: 280 km (27% range loss)

  24. Smart EQ ForTwo: 260 km (29% range loss)

Why Does Cold Weather Affect EV Range?

When temperatures drop, your EV’s battery has to work harder. Here’s why:

  1. Battery Chemistry: Batteries don’t perform as efficiently in cold weather. The chemical reactions that produce electricity slow down when it’s cold.

  2. Heating the Cabin: Unlike gas cars, EVs rely on the battery to heat the cabin. This extra energy use reduces the distance you can drive.

  3. Tires and Traction: Snowy or icy roads create more resistance, which can also reduce your range.

What Can EV Owners Learn from This?

The El Prix Winter Range Test shows that while EVs are still reliable in winter, their range can drop significantly in freezing temperatures. Here’s how you can maximize your EV’s performance during the colder months:

  • Preheat Your Car: Warm up your EV while it’s still plugged in. This uses power from the grid instead of draining the battery.

  • Plan Your Trips: If your car’s range is reduced, make sure you know where the nearest charging stations are.

  • Use Eco Mode: Many EVs have an eco-driving mode that conserves battery power.

  • Keep Your Tires Properly Inflated: Cold air can cause tire pressure to drop, which makes your car less efficient.

Why Tests Like This Matter

The El Prix Winter Range Test gives EV owners real-world data that helps them make informed decisions. If you’re shopping for an EV, these tests can show you how different models perform in tough conditions. For current EV owners, the results offer practical tips for getting the most out of your car, no matter the season.

The Future of EVs in Winter

As battery technology improves, so will EV performance in extreme weather. Automakers are already working on solutions to reduce the impact of cold temperatures, such as better battery insulation and more efficient heating systems. Tests like El Prix also push manufacturers to be more transparent about what drivers can expect in real-world conditions.

Whether you’re an EV enthusiast or just starting to explore the idea of going electric, Norway’s ultimate winter range test is proof that EVs are here to stay—and they’re only getting better, even when the temperature drops.

Source: Inside EVs

Honda’s AFEELA 1: The Low-Key EV Designed NOT to Turn Heads

Honda’s AFEELA 1: The Low-Key EV Designed NOT to Turn Heads
Honda’s AFEELA 1: The Low-Key EV Designed NOT to Turn Heads

TL;DR: If you’re a fan of sweater vests, growing bonsai trees in the quiet of your well-manicured home, actively avoid the gaze of fellow drivers, and you happen to have an extra $100k lying around, this is the car for you. Pre-orders for the AFEELA 1 are currently open, but solely in California. Interested buyers can secure a spot on the pre-order list with a $200 deposit. Base model Origin editions only come in black and start at $89,900 USD. The decked-out Signature variant arrives with a hefty price tag of $102,900 USD.

Wait, What New Car is This? 

At this year’s 2025 Consumer Electronics Show in Las Vegas, Nevada, Sony and Honda officially announced the release of their joint-project, the AFEELA 1 EV, underscoring Honda’s ambitious attempt to crack into the luxury electric vehicle space. This slightly revised rendition of the original prototype–unveiled at CES 2024–looks production-ready with its aerodynamic wheels, AI functionality, minimalist interior, and premium infotainment systems.  The new sedan measures 193.5 inches in length, slightly shorter than a 2024 Honda Accord but with a longer wheelbase.  However, with an incredibly steep price tag and rather reserved (read: safe) aesthetics, the jury is still out regarding whether typically cost-conscious Honda consumers will be willing to shell out $100k on this latest offering. We’ll get the answer to that question soon enough, however, as pre-orders are now officially open—via a $200 refundable deposit—to those living in the green state of perpetual sunshine, California.

Model Variants and Pricing

This new Honda-Sony partnership reports it will offer the AFEELA 1 in two trim packages: the Origin and the more upscale Signature editions. Starting at $89,900 USD, the base-model is, interestingly enough, available in any color you’d like, as long as that color is black. Donning 19-inch alloy wheels, and ample room and technology to appease 4-5 adults, deliveries of this base model are expected to arrive sometime in 2027. Moving up a tier, the top-of-the-line Signature variant comes in at an eye-watering $102,900 USD. This black-tie bougie version offers a further array of exciting color options, including and quite limited to black, gray, and white. Featuring 21-inch alloy wheels, rear screens, a digital rear-view mirror, and more, Honda fans can expect deliveries of this rendition to arrive stateside first, as early as mid-2026.

Following in the footsteps of other luxury automakers, AFEELA 1 customers will also have to pay for the ability to use many of the embedded technological features for which they already paid a premium. And while the accounting team at Sony Honda Mobility ever so “graciously” offers new owners a three-year “complimentary” subscription for these types of features, after that initial period, these features become subscription-based options instead. This alarming new trend of subscription-based “features” forces consumers to continue paying for the “rights” to use the features that already came pre-installed on their vehicles. These subscription-based features often target beloved creature comforts, things like heated seats and steering wheels, premium audio experiences, active driving assistance, and voice recognition. Needless to say, after already asking customers to shell out $100k for a vehicle—and in this case, a Honda no-less—we’re all a bit miffed by this unfortunate trend towards luxury rental-ownership.

Design and Features

While the AFEELA 1 intends to boast a sleek design with traditional side-view mirrors and substantial headlights, plenty of CES attendees reported feeling a bit underwhelmed by the fanfare over what they found to be mild, even boring design choices.

As one event attendee poignantly quipped, “It basically looks a lot like a Toyota Crown.”

All joking aside, the AFEELA 1 is offers passengers a tract of touchscreen acreage spanning the width of the dashboard, wireless phone chargers, and an inward-facing camera, which, honestly, leaves us a bit unnerved about occupant privacy. It’s invasive enough that cellphone companies and app developers track our thoughts and actions through our phones, but adding corporate cameras to one of the last true vestiges of our private lives feels, for this editor anyway, like a step gone too far. The rest of the cabin design emphasizes a neutral and minimalist aesthetic, aiming to balance high tech edginess with a contrast of natural and supple materials similar to the clean design concepts found in Volvo interiors. Internal spy camera aside, the vehicle includes another 45 cameras and myriad sensors to enable advanced driver-assistance systems and other autonomous driving capabilities.

Performance and Technology

Central to the AFEELA 1’s appeal for many is its AI-powered technology. The AFEELA 1 Intelligent Drive system introduces autonomous driving capabilities that stop just shy of replacing Jeeves, your personal driver. Meanwhile, the AFEELA Personal Agent acts as a virtual assistant while traveling the open road. Sony’s expertise in software and entertainment shines through the interior with dual rear-seat screens—in the Signature model—to supply kids and coworkers alike with a personalized and immersive in-car experience. The EV supports 5G network connectivity for seamless integration with smart devices, enhanced navigation, communication, and real-time updates for traffic and apps. This robust 5G integration system also ensures those “creature comfort” subscriptions of yours stay up-to-date.

All AFEELA 1 models are equipped with a dual-motor all-wheel-drive powertrain, each producing a somewhat meager 241 horsepower. That said, it’s likely that Honda is simply trying taking a more practical approach here—after all it is a Honda. As other automakers continue to roll out additional EV models, it’s likely that we’ll continue to see the industry move toward lower-powered EVs in the future. Boy racer egos aside, it’s a move that admittedly makes sense. Not every vehicle, nor every EV owner for that matter, needs or even wants a 2-second 0-60 time from their grocery getter. Lower powered electric vehicles can sport smaller batteries and lighter drivetrains, making them greener, more efficient, and admittedly, more practical. Riding on a combination air-spring suspension system, the AFEELA 1 ensures a smooth and comfortable ride across city and country settings alike.

Future Models and Plans

Looking ahead, Honda plans to introduce two new models by the end of the decade, including a crossover-sized SUV built on the same sedan platform, and a more affordable compact model designed to compete with the likes of the Toyota Corolla. Expect SUV models to arrive mid-2027 and compact models to hit dealership floors by 2028. Honda reports their more cost-friendly compact models will feature trickled-down options and technologies from their much costlier siblings, in an effort to bring costs down for its entire EV lineup.

Sony and Honda hope their strategic partnership enables them to make an impact in the luxury EV marketplace. With its AI-driven features, entertainment-focused design, and impressive range, the AFEELA 1 has a chance to earn a place at the table of electric vehicles. However, Honda’s pricey gamble on its rather mundane aesthetics leaves investors and fan boys alike a bit on edge.

Watch now: Choosing the right power distribution solution for EV charger deployments

Watch now: Choosing the right power distribution solution for EV charger deployments
Watch now: Choosing the right power distribution solution for EV charger deployments

EV charging station providers often struggle to keep up with high upfront site-ready costs, existing infrastructure limitations, and inflexible, hardwired electrical infrastructure pose significant problems for installers.

The need for flexible, versatile and scalable charging station infrastructure is critical. Choosing the right power distribution solution is a vital decision that depends on the specific circumstances of each installation. Overhead busway systems address current and future issues by eliminating the need for trenching and simplifying the installation of EV chargers.

In this video you will learn:

  • How traditional hard wired methods of power distribution compare to busways
  • How to implement power distribution that delivers scalability and flexibility to EVSE infrastructure
  • How busway systems simplify the process, reducing installation time and cost
  • How busways are uniquely equipped to quickly scale when additional electrical access is needed.
  • Real application use case of busway in a public parking garage retrofit

Tesla Model 3 and Model Y Lead U.S. EV Sales in 2024

The numbers are in, and it’s clear—Tesla remains a powerhouse in the U.S. electric vehicle market. According to Cox Automotive, the Tesla Model Y and Model 3 were the best-selling EVs in 2024, proving their dominance among electric car enthusiasts.

But that’s not all. Tesla’s long-awaited Cybertruck also made waves, landing in the top five EVs sold in the U.S. last year, despite its premium price and limited availability.

Tesla’s Market Leadership

Even with a slight dip in overall sales—about 37,000 fewer units compared to 2023—Tesla still sold an estimated 633,000 vehicles in 2024. That’s nearly half of all EVs sold in the U.S., cementing their position as the market leader.

The stars of the show? The Model Y crossover and the Model 3 sedan. Together, these two models accounted for more than 40% of all electric vehicles sold in the country last year. Their sleek designs, impressive range, and advanced tech continue to attract drivers, keeping Tesla ahead of the competition.

Cybertruck’s Strong Debut

The Tesla Cybertruck, with its bold design and cutting-edge features, had a limited release in 2024 with its exclusive “Foundation Series.” Despite this, it became the fifth best-selling EV in the U.S. Its debut shows that even a premium-priced, unconventional pickup can find its place in the growing EV market.

U.S. EV Market Growth

The overall U.S. EV market hit a new record in 2024, with 1.3 million electric vehicles sold, marking a 7.3% increase from 2023. EVs now make up 8.1% of all vehicles sold in the U.S., a significant jump from the previous year’s 7.8%.

Tesla continues to lead the pack, followed by General Motors (114,432 EVs sold) and Ford (97,865 EVs sold). These numbers highlight Tesla’s ability to maintain a stronghold on the market, even as competition heats up.

What’s Next for EVs?

With 2025 on the horizon, industry experts predict another record-breaking year for EV sales. While Tesla’s dominance seems secure for now, the market’s rapid growth means competition will only intensify. Still, with the continued success of the Model Y and Model 3—and the buzz around the Cybertruck—Tesla’s position as a leader in the EV world is tough to beat.

Volkswagen invests C$69 million in Patriot Battery Metals for PowerCo supply

Volkswagen invests C million in Patriot Battery Metals for PowerCo supply
Volkswagen invests C million in Patriot Battery Metals for PowerCo supply

German automaker Volkswagen is investing C$69 million ($48 million) to acquire a 9.9% stake in lithium exploration company Patriot Battery Metals and secure an offtake commitment for its battery manufacturer PowerCo to supply 100,000 tonnes of spodumene concentrate per year over a 10-year term and a potential 5-year extension period.

Patriot will use the proceeds from the investment for exploration, development and completion of a feasibility study on its Shaakichiuwaanaan Lithium Project in Québec, Canada.

The offtake agreement represents around 25% of the estimated Stage 1 production or 12.5% of the combined Stage 1 and Stage 2 production from the Shaakichiuwaanaan project. The spodumene concentrate will supply PowerCo’s cell production in Europe and North America, including its battery cell factory in St. Thomas, Canada, which will have a production capacity of up to 90 GWh per year—enough to produce over 1 million electric vehicles.

PowerCo and Patriot have also signed a Memorandum of Understanding (MoU) to establish an ongoing strategic relationship to jointly explore and collaborate on opportunities for the future development of the Shaakichiuwaanaan Project, including building a battery supply chain that will attract government support and incentives and the potential development of a chemical conversion facility.

Once the feasibility study for the project is completed, Volkswagen may provide additional financing in return for additional offtake.

“This investment is consistent with our long-term strategy for Patriot to become a global lithium leader and a key supplier of lithium raw materials to the emerging North American and European battery materials supply chains,” said Ken Brinsden, Patriot’s President, CEO and Managing Director.

Source: Patriot Battery Metals