Showing posts with label electric cars. Show all posts
Showing posts with label electric cars. Show all posts

Mercedes Unveils Game-Changing Electric CLA: 492-Mile Range Redefines the Future in UK

The recently unveiled Mercedes-Benz CLA has taken the title of Europe’s longest-range and most efficient electric vehicle.

Set to arrive later this year, the base model CLA 250+ featuring EQ Technology promises an impressive range of up to 492 miles per charge according to Mercedes. If driven solely on highways, however, it should still achieve approximately 431 miles on a single charge.

Even though it still needs official approval, these numbers suggest that the CLA EV will outperform every other electric car currently available in the UK market. This even puts it ahead of Mercedes' top model, the EQS 450+, which offers an impressive range of 481 miles using a 118 kWh battery but comes with a hefty price tag of £112,610—approximately £70,000 more than what is anticipated for the base model of the CLA EV.

The impressive range can be attributed to Mercedes' work on reducing the CLA EV's energy use; it features an NMC battery with a capacity of only 85 kWh made from nickel-manganese-cobalt.

This indicates that the CLA EV boasts an efficiency rate above 5.0 miles per kilowatt-hour, a metric that numerous producers view as crucial for advancing electric vehicles to the next stage.

PUNCHY BUT FRUGAL

The remarkable range of the CLA EV can largely be attributed to its aerodynamic design. Despite being bigger than its predecessor across all dimensions—25 millimetres wider, 25 millimetres higher, and 30 millimetres longer—a significant amount of effort was dedicated to reducing its frontal profile and ensuring smooth airflow over its body.

For instance, the wheels are positioned more towards the inside of the wheel arches compared to its predecessor. The small intakes on the front bumper (with matching exits at the back) direct airflow smoothly around each corner, minimally disrupted by the sleek, flat surfaces of the alloy wheels.

The attempts yield a low drag coefficient (Cd) of 0.21, slightly higher than the EQS at 0.20 but better than the Tesla Model 3 with a Cd of 0.22.

The newly installed rear-facing permanent magnet motor in the CLA EV significantly enhances its efficiency. This model features an advanced silicon-carbide inverter, which delivers higher performance within a more compact design, thereby decreasing overall weight. According to the engineering team, the torque density has been increased thanks to the arrangement of the magnets in a dual V-configuration, which intensifies their magnetic field.

The motor also gets a Porsche Taycan-style two-speed gearbox, rather than the usual single-speed reduction gearing. This has a short (11:1) first ratio for improved off-the-mark acceleration and better efficiency at town speeds and a significantly longer (5:1) second ratio for less consumption at a cruise.

The engine generates 268 horsepower, enabling the CLA 250+ to accelerate from 0 to 62 mph in 6.7 seconds.

The all-wheel-drive CLA 350 4Matic featuring EQ Technology includes an extra 107bhp engine paired with a single-speed transmission on the front axle, resulting in a total power output of 349bhp. This enhancement reduces its acceleration from zero to 62mph to just 4.9 seconds, outpacing the V8-powered C55 AMG from two decades past when it comes to speed in a straight line.

This additional motor is decoupled from the front axle when it isn’t needed, reducing energy losses to friction by 90%. This means the four-wheel-drive CLA EV can still manage 478 miles per charge – a smaller disparity compared with the rear-driven version than is typical of most other EVs.

Braking primarily relies on the motors’ regenerative effect (which can provide up to 200kW of stopping power), helping to keep the battery topped up.

The CLA EV can be rapid-charged at rates of up to 320kW, thanks to its 800V electrical architecture, allowing for a 186-mile top-up in just 10 minutes.

In addition to the 85kWh battery, a 58kWh lithium-iron-phosphate (LFP) pack will be added to the line- up shortly after launch.

This will almost certainly bring a significant price cut but also reduce the CLA EV’s range to around 300 miles.

can reveal that a hot AMG CLA 45 EV is inbound, too, with a pair of Yasa-developed axial flux motors providing more than 500bhp and a raft of extensive modifications aimed at bolstering its performance and dynamics.

ADVANCES IN COMBUSTION TOO

The new CLA will also be offered in hybrid form. Specifically designed to fit in the same space as the EV’s front motor, its powertrain pairs a new 1.5-litre four-cylinder petrol engine with a small, 1.3kWh battery and a 27bhp electric motor. These combine to send either 134bhp or 161bhp through the front wheels or, in the range-topping 4Matic model, 188bhp to all four wheels.

Mercedes claims that the engine offers " diesel-like fuel efficiency," indicating an MPG figure well above 50.

In an effort towards equal pricing from Mercedes, CEO Ola Källenius has stated that the hybrid CLA model will now have a similar price tag as the CLA electric vehicle. These savings can be attributed to a reduction of approximately 30% in battery manufacturing costs, which consequently lowers the total expense of the electric version by about 15%.

With this in mind, the anticipated starting price is likely to fall within the £40,000 region. The electric vehicle version will hit the market initially, approximately in October, whereas the hybrid model will be launched several months after that.

Subscribing to the saloon lineup will be a fresh CLA Shooting Brake. Set to make an entrance into the British market in the initial months of the following year, this station wagon variant will offer both engine choices. Consequently, its debut is expected to occur during the September edition of the Munich Motor Show.

STAR-SPANGLED

For the first time, Mercedes will have the CLA hybrid and CLA EV looking nearly indistinguishable both internally and externally, while also sharing a model designation. This signals the conclusion of Mercedes' approach to developing completely separate electric vehicles intended to coexist with their gasoline-powered counterparts, like the E-Class and EQE models.

The CLA also introduces a strikingly fresh design aesthetic for upcoming Mercedes vehicles, highlighting the brand’s iconic three-pointed star emblem.

The design theme appears in both the CLA's headlamps and rear brake lamps. Additionally, the electric version includes a smooth front grill adorned with at least 142 illuminated stars. These encircle the primary front emblem, which emits light as well. However, in the US, the exterior rim of the logo illuminates too, though European regulations prohibit this feature here.

The distinctive feature of the CLA hybrid is its classic open grille, which is essential for supplying cool air to the engine.

NEW-LOOK INTERIOR

Inside, the updated CLA adopts a sportier aesthetic compared to its more opulent siblings. For instance, the front seats feature prominent side bolsters, and there are bolder material selections like a mix of black and white Alcantara paired with artificial leather adorned with red stitching.

The dashboard features an updated version of Mercedes' Superscreen, which includes three digital screens spanning its full width. There’s a 10.25-inch display for the instrument cluster positioned in front of the driver, a central 14.6-inch screen for entertainment purposes, and an optional additional 14-inch screen for passengers sitting up front.

Thanks to Mercedes' newest MB.OS operating system, the displays can now be utilized for playing video games like Fortnite during travel or streaming TV shows and movies through Netflix and similar platforms.

The system also includes the newest version of Mercedes' virtual assistant, combining multiple AI functionalities (such as ChatGPT, Google Gemini, and Microsoft Bing) to deliver more precise responses to queries.

In cars without the Superscreen, the passenger screen will be replaced with a glass panel with LED-backlit star logos, which match the interior’s ambient lighting.

Boot space is rated at 405 litres, which is 55 litres down in the old CLA’s but, in a first for a modern Mercedes, the EV gets a frunk that adds another 101 litres of storage space.

2025 Renault 5 E-Tech: The Iconic Return of an Electric Legend

The Renault 5 was once a iconic figure in automotive history. Today, it returns as an electric vehicle with a vintage twist, fully grasping its mission.

"Highly awaited" is a term frequently thrown around, yet I genuinely cannot recall ever being this excited to slide into the driver's seat of a new vehicle. Renault 5 E-Tech Electric , known in full, was initially conceived in 2021 as an updated version of the French company’s compact car designed for the masses. Those familiar with it might recognize it under the nickname Le Car; others may have forgotten about it entirely. Enthusiasts, however, could recall the high-performance variant. Renault 5 Turbo instead.

Regardless, Renault’s initial hatchback evolved into an iconic model that combined cost-effectiveness with functionality and sleek styling. This internal combustion engine vehicle remained available for almost 25 years and seemed ubiquitous across European highways. Reviving this design exclusively as an electric car now is touching many individuals in our region quite deeply.

Image courtesy of: Alex Goy / InsideEVs

2025 Renault 5 E-Tech Assessment

We've had varied outcomes with this strategy in the past, most recently with the reintroduced Ford Capri. Does the electrified version of the Renault 5 fare any better?

I'm delighted to provide you with a succinct response: absolutely.

What Is It?

Photo credit: Alex Goy / InsideEVs

2025 Renault 5 E-Tech Assessment

A compact urban vehicle designed for everyone, yet inspired by yesteryears. Although Renault arrived somewhat belatedly to the vintage trend—a genre dominated by brands like Mini and Fiat—their concept car certainly garnered attention upon unveiling. Even though nostalgia can be powerful, the limited electric vehicle options available then weren't particularly exciting; however, Renault offered a glimpse of anticipation with their creation.

A recognizable design, a fresh platform, and an attractive pricing make it one of the most discussed new vehicles this year. However, if it performs poorly, it might discourage those looking to move away from internal combustion engines (ICE).

Image courtesy of: Alex Goy / InsideEVs

2025 Renault 5 E-Tech Assessment

What Are The Specs?

Priced sharply, it starts at £22,995 ($29,800) in the UK. Similar to its predecessor, it is not positioned as a luxury car but rather as one for all consumers. You can select between two battery choices, both delivering energy to a solitary motor driving the front wheels.

Photograph by: Alex Goy / InsideEVs

2025 Renault 5 E-Tech Assessment

The base model 5 comes equipped with a 40kWh battery delivering 120 horsepower and 166 lb-ft of torque, offering a range of 192 miles or 310 kilometers as per the European WLTP standards. Alternatively, there is an extended-range option featuring a 52 kWh battery that provides 150 horsepower and 181 lb-ft of torque, capable of reaching up to 252 miles, which is equivalent to 405 kilometers.

The compact battery vehicle accelerates from 0 to 62 mph in 9.0 seconds, whereas the larger model accomplishes the same feat in just 7.9 seconds. Despite their size difference, both models reach a maximum speed of 93 mph (150 km/h). This exceeds most European speed limits except those found on German highways without set speed caps; hence, they perform sufficiently well. In terms of recharging capabilities, the car with a 40 kWh battery supports up to 80 kW rapid charging, enabling it to charge from 15% to 80% in approximately 31 minutes. On the other hand, the version equipped with a 52 kWh power pack can achieve the same state of charge range within about 30 minutes using a 100 kW charger. While these recharge rates might seem ordinary, consider that these vehicles prioritize affordability and urban driving over long-distance travel requirements.

Photograph by: Alex Goy / InsideEVs

2025 Renault 5 E-Tech Assessment

It's significantly larger than the initial model, which isn't surprising since hitting this newer version wouldn't result in such severe consequences like merging with the A-Pillar or having the steering wheel pierce your solar plexus. (Such outcomes are generally considered undesirable nowadays.)

This doesn't imply ample storage space in the trunk—there's only 11 cubic feet available when the seats are upright, which increases to 39 cubic feet when they're folded down. This could suffice for your grocery shopping trips or short drives within the city, but fitting all four passengers along with their baggage might pose some challenges.

Photo credit: Alex Goy / InsideEVs

2025 Renault 5 E-Tech Assessment

How Does It Drive?

Photograph by: Alex Goy / InsideEVs

2025 Renault 5 E-Tech Assessment

I was driving the 52 kWh model in Techno trim. This version represents the mid-tier option, yet it offers appealing color choices (the highest trim level doesn't offer green with a contrasting roof, plus it misses out on the most stylish wheels, among other features).

With a weight of 3,219 lbs, it's practically lightweight for an electric vehicle. Combined with decent power output, zipping through city streets becomes quite enjoyable. The acceleration won't jerk your neck forward, making it stand out in today’s market where many high-performance models boast extreme speed claims; this subtlety is surprisingly pleasant.

Photo credit: Alex Goy / InsideEVs

2025 Renault 5 E-Tech Assessment

The vehicle offers four drivable modes accessible through a "multi-sense" button located on the steering wheel. These options include Comfort, Sport, Eco, and Perso (which Renault calls "personal"). Each mode alters aspects like steering resistance, engine responsiveness, and several others. For leisurely city driving, the Eco setting works just fine; although not overly energetic, this isn't an issue when vehicles typically move no faster than 11 mph. Most of your drives can comfortably be handled with the Comfort option: the steering provides appropriate feedback, acceleration responds promptly, and overall operation seems quite pleasant. Sport mode certainly livens things up and adds excitement during twisty roads, yet for casual urban cruising...it might seem excessive. In essence, you probably won’t require anything beyond these settings for typical use cases.

The Renault 5 is likely to see most of its time spent in town. Its dimensions make it well-suited for urban environments, the steering is responsive enough for easy maneuvering around corners, and its relatively low power output reduces the likelihood of speeding tickets. Additionally, with a WLTP range sufficient for at least a week's worth of commutes before needing a charge, it should handle daily driving needs efficiently, assuming everything goes as planned.

Image courtesy of: Alex Goy / InsideEVs

2025 Renault 5 E-Tech Evaluation

On the freeway, everything feels smooth, silent, and cozy. The car's suspension allows for somewhat intriguing tremors when driving over bumpy terrain; however, considering what Renault is asking for this vehicle, one shouldn’t anticipate floating along like clouds.

If you decide to step up your game and engage the Sport mode, you'll likely find yourself amused rather swiftly. The vehicle accelerates smoothly even at higher speeds, offering satisfyingly robust feedback from the steering wheel set to its firmest configuration. However, applying excessive acceleration out of turns might cause mild understeering due to its relatively modest horsepower and curb weight; yet these very attributes contribute positively to an enjoyable driving experience when desired. Despite this, the car's mass becomes quite noticeable during spirited drives, and traversing uneven road surfaces may result in a somewhat jittery ride quality. While it certainly doesn’t compete with traditional hot hatches, it remains entertaining whenever you seek some excitement.

Image courtesy of: Alex Goy / InsideEVs

2025 Renault 5 E-Tech Assessment

What’s Good?

Image courtesy of: Alex Goy / InsideEVs

2025 Renault 5 E-Tech Assessment

Renault has excelled with the interior design. Instead of opting for an overly simplistic and screen-dominated approach to cut costs, they've added various textures and intriguing elements throughout the cabin. This gives it a charming vintage feel without sacrificing modern convenience. While many functions can be managed through a large 10.1-inch touchscreen, the Google-powered entertainment system, complete with CarPlay and Android Auto compatibility, is user-friendly and easy to navigate.

When it comes to compact vehicles, the handling stands out. It's enjoyable, lively, and brings joy to driving enthusiasts. Using youthful lingo, you could say it has great vibes. The reasonable price further adds to its appeal. Shoppers no longer feel compelled to opt for mundane options just to enjoy their time behind the wheel.

Photo credit: Alex Goy / InsideEVs

2025 Renault 5 E-Tech Evaluation

What’s Bad?

On a 50-degree Fahrenheit (10 degrees Celsius) day, with varied driving conditions, Renault reported achieving 3.1 miles per kilowatt-hour. This calculation suggests that the 52-kilowatt-hour battery could travel slightly over 161 miles on a single charge. While this falls significantly short of the advertised range of 252 miles, colder temperatures in London can impact performance like this. Under milder conditions or with careful, slower driving, it likely would manage a greater distance; however, even then, it represents a substantial reduction from expectations.

Photograph by: Alex Goy / InsideEVs

2025 Renault 5 E-Tech Assessment

The A-pillars are quite substantial too, making visibility at intersections somewhat challenging when maneuvering into very tight spaces. Although this vehicle qualifies as compact within electric and American markets, it remains considerably larger than many others. Therefore, do not anticipate squeezing effortlessly into the narrowest openings available.

What Is It Like as an Electric Vehicle?

It perfectly fulfills its purpose. Sure, the maximum charging speed isn't incredibly fast, but this vehicle excels at urban driving and shorter journeys. The regenerative braking is smooth, which means you won't suddenly feel pulled down when navigating through city streets.

Image courtesy of: Alex Goy / InsideEVs

2025 Renault 5 E-Tech Evaluation

The actual performance was somewhat unexpected, yet it wasn't poor enough to warrant heading to your closest Renault dealership with protest signs. Since Europe hasn't joined the NACS system, it utilizes Type-2 connectors instead.

If you're a seasoned electric vehicle enthusiast, you won't notice anything unusual, but newcomers will not feel like they're missing out on typical 'car' features.

Image courtesy of: Alex Goy / InsideEVs

2025 Renault 5 E-Tech Evaluation

Early Verdict

The new Renault 5 is a wonderful little thing, all told. It’s best suited to the city, at least when it’s chilly, and its slowish charging means longer journeys may require a bit more commitment than some may be willing to put in. It’s not just a good EV, but it’s a good car full stop. The price isn’t even bad, either.

The excitement is genuine, and the enthusiasm is well-deserved.

Alex Goy is an independent journalist residing in London. His interests include British sports cars, tea, and the subtle thrill that comes from driving such a vehicle.

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BYD is on a relentless EV rise – and is now bringing its premium Denza brand to the EU

  • BYD's sales keep expanding quickly across Europe.
  • Mercedes-Benz played a key role in establishing Denza, and now they are broadening their reach.
  • The Denza Z9 GT could take on the likes of Porsche, BMW, and more

Over the last four years, BYD has progressively boosted its sales beyond China’s borders, particularly within Europe and certain areas of Southeast Asia. However, in recent months, these numbers have surged impressively.

Now, the company says it is so confident in European buyers making the switch to electric that it is set to introduce its premium brand, Denza, into markets that are more typically dominated by Mercedes-Benz, Porsche, Audi, and BMW.

During a glitzy unveiling during Milan’s Design Week, BYD’s special adviser for Europe, Alfredo Altavilla, said that Denza would act as the “technological forerunner for the group,” according to Reuters .

This means that its range-topping all-electric Z9 GT sport wagon could well be heading to European shores, complete with 1,000hp on tap, five interior screens, dual refrigerators, and, in some variants, the ability to ‘crab walk’ (drive diagonally) and perform tank-turns on the spot.

BYD revealed this week that in the UK alone, it has sold more cars in the first quarter of 2025 than it did in all of 2024, rapidly becoming Britain’s fastest-growing car brand.

Likewise, the anticipated doubling of its European sales is expected this year.

Worldwide, the corporation sold more than 4.2 million vehicles in the previous year, establishing itself as the premier rival to challenge Tesla. Additionally, it surpassed Musk’s sales figures by approximately 100,000 units in the fourth quarter of 2024.

To exacerbate the situation further, it also revealed its 1MW charging network , capable of adding 249 miles of range to its electric vehicles in merely five minutes — surpassing Tesla's V3 Superchargers significantly.

Denza, previously a 50:50 joint venture with Mercedes-Benz but now fully owned by BYD, contributed only 3% to the group’s total sales in China. Nevertheless, as it aims at a more affluent customer base, it could potentially introduce a new income source for the company.

According to Reuters The brand has not disclosed its business plan for Europe yet, but they have mentioned that the initial Denza vehicle will carry a higher price tag compared to the present top-of-the-line BYD model priced at €72,000 (approximately $78,790 or AU$130,596).

The lineup might also feature the D9 minivan, multiple SUVs, and off-road vehicles.

Cracking into the luxury market is no easy feat.

The recent achievements of BYD can primarily be attributed to the Chinese firm's ability to provide good quality EVs At quite affordable pricing, frequently equipped with enhanced range and superior internal tech compared to numerous direct competitors.

Shoppers in this market usually have a budget in mind when making purchases instead of being particularly brand loyal. This viewpoint has been recently reiterated by Dacia’s leader, Denis Le Votốtin , who has observed that his budget-friendly brand has started drawing customers away from more well-established companies in recent years.

At the high-end segment of the market, things look quite distinct because these consumers usually prefer well-known brands when spending their carefully saved dollars.

Consider South Korea's Genesis as an illustration. This luxury brand under the Hyundai Motor Group enjoys popularity in both its home market and the U.S., achieving one million global sales in 2023. However, it only managed to sell 1,210 vehicles in the UK in 2024, capturing merely 0.06% of the market share.

Compare this with BMW, Audi, and Mercedes-Benz, each of which holds a 5% or 6% share of the same market and managed to sell over 100,000 vehicles last year.

Certainly, their product lineup is more extensive and caters to multiple price levels. Nonetheless, thriving as a specialized luxury electric vehicle brand isn’t straightforward. The French automaker DS, which operates under Citroen, likewise sold approximately 1,152 vehicles in the UK during 2024.

Although BYD is achieving remarkable sales growth abroad, its luxury division, Denza, could face some challenges in attracting customers.

You might also like

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  • Hyundai presents its fresh approach to Android Automotive – coinciding with an Apple CarPlay update bringing three beneficial new features.
  • BYD’s newest electric vehicle platform can provide an additional 249 miles of range in merely five minutes – watch out Tesla!

Enjoying this article? To read more stories like this, follow us on MSN by tapping the +Follow button at the top of the page.

Toyota's bZ4X EV Set to Make Its Malaysian Debut Soon?

Recently, several units of the Toyota bZ4X electric SUV were spotted at an unidentified facility belonging to Toyota in Malaysia. There has been talk about Toyota's plans to introduce this electric vehicle to our local market as well. as early as 2022 —Does this imply that the bZ4X will finally be released in our market?

When we contacted the maker of these videos, @hilmitoyota told us that these units are intended solely for internal testing and are not available for purchase by the general public. Additionally, he mentioned that there has been no formal announcement yet regarding when or if the bZ4X will be released to the public.

2025 Toyota bZ4X FL key features

Although the bz4X has been available in the market for a while now, this electric vehicle still has plenty of life remaining in it. last month , Toyota unveiled the updated version of the bZ4X in Europe.

The updated FL model with European specifications boasts a subtly redesigned frontal section, as stated by Toyota, offering a more streamlined appearance and enhanced aerodynamics. Additionally, the cabin has been refreshed, incorporating a new central console, an evolved dashboard layout, along with a bigger 14-inch multimedia screen.

The firm additionally mentioned that the bZ4X FL features reduced noise and vibrations along with enhancements in comfort and handling. These improvements are attributed to the electric vehicle’s revised suspension systems and body structure.

In addition to that, the 2025 bZ4X FL comes with three options for batteries and powertrains. They also vary in their respective WLTP-rated ranges.

  • The 2025 bZ4X FWD comes equipped with a 57.7kWh battery, featuring a 123kW (165hp) engine and offering an estimated range of 445km.
  • 2025 bZ4X AWD equipped with a 73.1kWh battery, featuring a 165kW (221hp) engine and offering a driving distance of 573km
  • 2025 bZ4X AWD featuring a 73.1kWh battery, 252kW (338hp) engines, and a 520km range

Toyota has stated that the eAxles in the 2025 models have undergone improvements thanks to the use of silicon carbide-based semiconductors. This upgrade reportedly enables the electric vehicle’s eAxles to produce greater power output.

Based on the trim levels, the bz4X comes equipped with a 22kW AC onboard charger. For all versions, the highest DC charging rate reaches up to 150kW.

Fed up with waiting for the Toyota bz4X?

The constant changes regarding the bZ4X in Malaysia may not sit well with those eagerly anticipating its official launch as an electric vehicle here.

Despite this, the unexpected emergence of these brand-new models suggests that Toyota Malaysia might once again be planning something special regarding electric vehicles. Particularly with the recent mention of the updated bZ4X facelift version; however, keep in mind that the cars featured in the TikTok clip were actually from the previous non-facelift generation.

Certainly, if you are weary of waiting, you can opt for the first-ever Toyota EV in Malaysia instead. the Lexus RZ 450e Launched in Malaysia last July at an initial price of RM429,888, you can now acquire the EV for less than RM400,000 due to the ongoing promotion that provides a RM50,000 discount for it.

[ SOURCE 2 – Thank you, Azlan, for the advice! ]

Ask Us Anything: Our 2025 Mini Countryman SE Is Here!

The $51,145 crossover features a circular screen and can go up to 212 miles on a charge.

People love to hate Mini, for whatever reason. I mean, some of them are justified. The post-2003 Cooper is known for being a pocket rocket, but there’s a running gag that it’s also kind of a steaming pile to own. Some enthusiasts wanted Mini to figure out how to improve its reputation for reliability. It did, kind of, but mostly focused on expanding to other model likethe not-so-mini Countryman. This small crossover has been the fall guy for Mini’s woes since its introduction back in 2010.

“That ain’t no Mini, why are they building a bland crossover?” asked every automotive enthusiast for the past 15 years.

For 2025, the Countryman is back and bigger than it has ever been. The gas-powered S is back, but we're focused on the all-electric SE. I’m not going to make excuses for the car’s size and how it low-key runs counter to the ethos of the Mini brand. But I do think the conversation is a little tired in this context. The Countryman is part of BMW group’s push to compete in the global market with its EVs. It also marks the start of a renaissance for Mini itself, which has suffered from faltering sales and questions as to where it fits in both BMW's strategy and the market as a whole.

Photo by: Kevin Williams/InsideEVs

Underneath, the Countryman SE is a compact electric crossover about the same size as the BMW X1. Power comes from a dual-motor setup with 308 horsepower going to all four wheels, fed by a relatively small 64.6 kWh (usable) battery. This car has an EPA-rated range of 212 miles. To get a Countryman SE just like the one I’ve got for the next week, expect to pay $51,145.

On paper, these numbers sound a little milquetoast. Over the next week I aim to find out if the Countryman SE is more than the sum of its parts. This car also features Mini’s new UI complete with a circular OLED screen. I want to know, is this any good? Or should Mini give up now?

Photo by: Kevin Williams/InsideEVs

What would you like to know about the 2025 Mini Countryman SE? Tell us in the comments, or feel free to send me an e-mail at kevin.williams@insideevs.com .

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Why Fast Chargers Cost a Fortune: The Real Reason Revealed.

Over fifty percent of the expense for a new DC Fast Charger goes towards a singular safety circuit. Specialists indicate this might undergo modification.

  • Building DC fast chargers can be extremely expensive.
  • Approximately 60% of that expense goes towards a circuit intended to protect individuals from electric shock during the charging process.
  • There could potentially be a more affordable and equally safe method to achieve this, which would also enhance the reliability of electric vehicle charging stations.

Have you ever pondered why DC fast chargers come with such a high price tag? A solitary 300-kilowatt Level 3 charger—that’s merely one pause at a public DC Fast Charger—which can exceed $100,000. The high expense is among the factors contributing to the sluggish development of this infrastructure and its significant dependence on governmental funding. a la federal funding .

Let’s discuss what lies within that charger. If we were to dismantle it, we would discover approximately $90,000 worth of electronic components designed to transfer power from the electrical grid directly to your electric vehicle's battery. The surprising part? Roughly 60% of this expense covers just one safety mechanism ensuring nothing malfunctions and turns you into toast inadvertently. This indicates over half the price of an EV charger is dedicated solely to protecting your life.

Photo by: General Motors

$54,000 in Shock Protection: Why It Matters

The system is referred to as an isolation link. As stated IEEE Spectrum The estimated cost for this protective measure is around $54,000. If you extrapolate that figure to cover an entire 8-stall charging station, over $430,000 would be allocated solely to safety gear. This is how it functions:

Gas pumps use mechanical mechanisms for controlling the flow of fuel until it stops entering a vehicle. In contrast, electric vehicle chargers handle high-voltage electrical currents. frequently at 800 volts or higher Electricity tends to take the easiest route to the ground, and when it flows with so much force, it can cause instant severe damage. This explains why safety measures are crucial.

An isolation link achieves a safety principle known as galvanic isolation This involves isolating two distinct circuits within an individual electrical setup to stop current from passing between them. For electric vehicle chargers, this entails disconnecting the electrical connection between the charger’s power supply and the vehicle. Consequently, should a malfunction happen, the energy will be contained and won’t escape, thus returning only to the grid.

Here's how IEEE explains it:

Assume an electric vehicle’s battery starts leaking. Since the leaked substance conducts electricity, it may create a pathway for electrical current between the battery system and the vehicle frame. Should the grounding connection become disrupted under these conditions—and assuming there isn't proper insulation—the metal parts of the car might attain high voltages. Consequently, anyone who touches the automobile when grounded themselves risks receiving a severe electric shock. However, with adequate insulation measures in place, this danger is mitigated as no safe route exists for currents from the power grid to reach the car's exterior.

To make isolation happen, every DCFC uses a transformer in its power conversion hardware—that's the circuit that converts AC to DC power, and vice versa. These high-frequency transformers are capable of moving kilowatts of electricity at high voltages and provide a crucial building block in a circuit without creating a direct path between the grid and your car. It's a complicated, expensive system, but without it, a charging mishap could turn your Tesla into a Tesla coil.

Cheaper Charging Solutions Aren't That Simple

Photo by: John Voelcker

Researchers and engineers know that charging infrastructure is too expensive. These experts are looking into ways to cut costs without compromising safety. But some of those ideas come with serious caveats and would mean rewriting how every modern EV charges.

One proposal is to ditch the isolation link in the charger and instead require EVs to have their own isolation system built into the car's onboard charger. Since OBCs in cars handle power conversion, they are already galvanically isolated. However, most only support power conversion up to Level 2 charging speeds (Tesla, for example, supports up to 48 amps on most models ).

This could drastically cut the cost of the chargers, but not every car is built the same.

EVs today have different charging setups and shifting the responsibility to the manufacturer would require a new universal standard that doesn't yet exist. This means that older EVs could be left out. There's also the little issue of trusting automakers to adopt a new universal standard and implement it safely. Because if there's one thing we know, it's that automakers are 100% reliable at self-regulation ( looking at you, Dieselgate, GM ignition switch scandal, and Takata airbags ).

Next comes the significant issue of expense. We shouldn't overlook that the price tag for this circuit won’t vanish into thin air. Relocating the hardware to the vehicle merely shifts the cost from the charging station to the automobile itself. To put it succinctly, it’s an immediate non-starter.

The Argument for Abandoning Solitude

Photo by: Electrify America

This completes the cycle: safety features render DC fast chargers extremely costly. The higher cost leads to delayed rollouts and restricts the number of stations at each location. When it comes to solutions, some specialists advocate eliminating isolation links in charging units entirely.

At first glance, this may seem risky. However, IEEE proposes a different approach: rather than separating the circuits, why not incorporate an additional grounding system? Consider this: the extra ground could provide both a backup safeguard and enable detection of a grounded fault. Upon identifying such a condition, the charging apparatus could be immediately deactivated. In principle, this solution could negate the necessity for an expensive isolation mechanism. Additionally, it would enhance thecharger’s dependability by streamlining the power electronics and removinga key source of potential malfunction.

Now comes a second issue that must be accounted for: voltage mismatches.

If the line voltage between the charger exceeds that of the vehicle's battery, even for an instant, an uncontrolled current could cause component damage to the vehicle. IEEE proposes solving this problem using a buck regulator, a component meant to safely step down the voltage supplied by a power source. The article goes on to suggest that while this does add back a layer of complexity to the charging circuitry, a buck regulator that can handle similar throughput would cost a mere 10% compared to the isolation link.

Will This Actually Happen?

Maybe, but not anytime soon.

The rationale for eliminating galvanic isolation appears logical on paper. original Tesla Roadster used non-galvanically isolated charging, but It also lacked the ability to utilize DC Fast Charging. Contemporary DC fast chargers deliver substantial currents into today’s electric vehicles' batteries and necessitate additional safety features (thus requiring an isolation link). However, if—and this is a significant condition— if —The industry not only has the potential to create a dependable and secure method for achieving this, but it could also revolutionize the electric vehicle charging sector.

Through a pragmatic perspective, the global community is currently grappling with providing adequate public charging solutions, and no one wishes to be the pioneer taking risks regarding safety. Both charging businesses, vehicle manufacturers, and regulatory bodies require an ironclad assurance that any non-isolated system can match the current standards of charger safety. Assuming this condition were met, it might still take several years before these enhancements could be implemented effectively—particularly considering how critical safety must be prioritized in this process.

For now, anticipate that new electric vehicle chargers will continue to be expensive. Since when it comes to ensuring your safety from electrical hazards, the industry is not ready to compromise (just yet).

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2026 Hyundai Ioniq 6: The Future of Electric Sedans Unveiled

The Ioniq 6 always had polarizing looks. That won't change with a sleek update, but Hyundai promises more comfort and better tech.

The Hyundai Ioniq 5 gets all of the sales glory, but its brother, the Ioniq 6 sedan , is the real InsideEVs office favorite. Despite its polarizing looks—I personally dig it, but understand why others don't—this electric sedan is a technology and range king. Now, it's getting some big updates for the 2026 model year, along with the promise of a go-fast Ioniq 6 N later this summer as well.

Photo by: Hyundai

2026 Hyundai Ioniq 6

The updated 2026 Hyundai Ioniq 6 was just unveiled at the Seoul Mobility Show, and it bears more than a passing resemblance to the RN22e concept from 2022. Yet while its front end was slippery before, it's clearly even more streamlined now. Gone is the old double-decker spoiler, replaced by a new ducktail unit that's an improvement in every way.

Photo by: Hyundai

2026 Hyundai Ioniq 6

Inside, Hyundai says the sedan boasts a redesigned steering wheel, better trim materials, a new center console and other upgrades. The Ioniq 6 also gets an N Line sporty variant, much as other Hyundai models do. That trim boasts a more "dynamic and aggressive design" than your standard Ioniq 6, including some tweaks from the RN22e visuals.

That's what we know. What we don't know is... almost everything else, including range, power, charging speeds or other features. Presumably, the Ioniq 6 will get the new, larger 63 kWh and 84 kWh batteries we've seen go into the latest generation of Hyundai Motor Group EVs.

Photo by: Hyundai

2026 Hyundai Ioniq 6

Considering that the current Ioniq 6 estimates a maximum range of 342 miles on the U.S. cycle—making it one of the better long-range EVs we can buy—that battery in this new car could be closer to 400 miles. If it's reasonably priced, it could be one of the best attainable electric road-trippers around. As for the Ioniq 6 N, there are even fewer details for now, except that the car is due to be seen in July.

Are these welcome updates to the Ioniq 6, or do you prefer the original? Let us know in the comments.

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Xiaomi Car Crash Raises Eyebrows; BYD Outshines Tesla Again: Top 7 EV Reads

From the tragic automobile accident involving Xiaomi to robust Q1 sales reports from Chinese electric vehicle manufacturers, here are seven EV news items you might not have caught.

We've compiled articles about electric and new energy vehicles from our recent coverage over the last two weeks to keep you updated. Should you wish for additional reports, we encourage your support. subscribing .

1. Xiaomi car accident involving autonomous driving technology raises worries in China

Xiaomi will cooperate with the police after an accident involving the autonomous driving feature of its SU7 electric vehicle (EV) claimed three lives, sparking concern over the rapid proliferation of self-navigating systems on the mainland.

2. Ascending to the summit: how China dominates the worldwide autonomous vehicle competition

According to David Zhang, who serves as the general secretary of the International Intelligent Vehicle Engineering Association (IIVEA), Chinese firms are at the forefront of autonomous driving technology. These companies have been pouring billions of dollars into research and development efforts, hiring thousands of engineers tasked with analyzing fleet data and refining algorithms aimed at minimizing error rates.

Are you looking for insights into the most significant issues and global developments? Find your answers here. SCMP Knowledge , our new platform of curated content with explainers, FAQs, analyses and infographics brought to you by our award-winning team.

3. Top Chinese EV makers power ahead thanks to subsidies, tax incentives

Leading Chinese electric-vehicle (EV) makers reported strong sales growth in the first quarter of this year, as they continued to throttle rivals who manufacture petrol-powered cars.

4. China to crack down on unfair EV price cuts to stabilise industry

China has pledged to improve oversight of the country's electric vehicle (EV) market to curb undercutting and boost the industry's overall fortunes, where only three EV makers are currently profitable.

5. BYD beats Tesla again as sales top US$100 billion on surging EV deliveries

Chinese electric-car (EV) maker BYD is setting new sales milestones in its global rivalry with Tesla, after snatching its crown as the world's biggest in terms of deliveries.

6. EV expert Xu Fuguo returns to China after leaving US$30 million project in Japan

An electric vehicle control systems researcher, Xu Fuguo, has left a high-profile 4.5 billion yen (US$30 million) Japanese government-funded project and joined Dalian University of Technology in northeastern China amid intensifying global competition in the EV sector.

7. Xpeng CEO says flying car market will be bigger than EVs over next 2 decades

Chinese companies are gearing up to redefine the future of transport, betting big on flying cars and robotaxis as competition in the world's largest electric vehicle (EV) market intensifies.

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The article initially appeared on the South China Morning Post (www.scmp.com), which serves as the premier source for news coverage of China and Asia.

Copyright © 2025. South China Morning Post Publishers Ltd. All rights reserved.

Electric Car Charges Up to 250 Miles in Just 5 Minutes

  • EXPLORE FURTHER: Electric vehicle brakes generate pollutants more harmful than those from diesel engines.

Although electric vehicles may attract environmentally aware drivers, the concern over losing battery power before reaching one’s destination deters numerous potential buyers.

However, the Chinese EV manufacturer BYD asserts that its newest models will put an end to 'range anxiety.'

BYD says its new charging system, dubbed the 'Super-E Platform', can enable a car to travel 250 miles (400km) after just five minutes of charging.

This 1,000-kilowatt (kW) charger – twice as powerful as the rival Tesla Supercharger – can recharge an EV battery in the same time it takes to fill a petrol car with fuel.

Last year, BYD was the world's second largest manufacturer of battery-powered electric vehicles only just behind Elon Musk's Tesla.

However, this latest innovation could catapult the Chinese company into the top position by tempting buyers reluctant to give up their conventional petrol cars.

BYD founder Wang Chuanfu, often described as China 's Elon Musk , said at a launch event in Shenzhen, China that the company's new cars would achieve 'oil-electric parity' for refuelling.

Mr Wang added: 'In order to completely solve our users’ charging anxiety, we have been pursuing a goal to make the charging time of electric vehicles as short as the refuelling time of petrol vehicles.'

According to BYD, the new ultra-fast charging technology will initially be available in two new vehicles, the Han L sedan and Tang L SUV, which were launched this year.

Both the Han L sedan and the Tang L SUV start slightly cheaper than the typical cost of an electric vehicle in the UK ranging from 270,000 to 350,000 yuan ($37,300-$48,350 or £28,700-£37,300).

The firm asserts that this innovative battery design in their vehicles enables an addition of approximately 1.20 miles (2 kilometers) of range per each second of charging when operating at maximum efficiency.

officially has a rating of '10C,' indicating that these vehicles can achieve a full charge in one-tenth of an hour, which is equivalent to six minutes.

Rapid charging necessitates the transfer of substantial electrical power, implying the generation of both a high voltage and a significant current concurrently.

One major obstacle to boosting charging capacity is that high currents generate significant amounts of heat, posing risks when accumulated within a sizable battery.

To address this issue, BYD claims it has succeeded in decreasing the internal resistance of the battery, which implies that the battery generates less heat as current flows through it.

Moreover, the firm claims it has developed new silicon carbide power chips capable of enduring increased voltage levels.

In a post on the Chinese social media platform Weibo, translated via Google Translate, the company says: ‘BYD officially releases flash charging battery with ultra-high voltage of 1000V, ultra-large current of 1000A and ultra-large power of 1000kW.'

Speaking at the launch event Mr Wang added: 'This is the first time in the industry that the unit of megawatt has been achieved on charging power.'

This power level increases the capacity of most charging systems found in the UK and the US by two or three times.

Tesla's latest generation of Superchargers are capable of hitting 500 kW, but the vast majority of older Superchargers top out between 250 and 400 kW.

Most of Tesla's Superchargers in the UK provide enough charge to drive 172 miles (277km) after 15 minutes of charging.

BYD has announced its intention to set up a network comprising 4,000 fast-charging stations throughout China.

Stronger charging stations need direct connection to the power grid along with specialized cooling systems to avoid overheating.

This implies that the new flash-charging system might necessitate building further infrastructure, such as constructing extra substations and transformers.

Nevertheless, BYD has not offered any details regarding the timeline for building these stations or how they intend to fund their construction.

Similarly, BYD states that the technology will first be accessible solely within China, and they have not verified if they intend to deploy flash chargers in other locations.

Many industry experts view quicker charging times and improved driving ranges as crucial factors for transitioning from vehicles powered by internal combustion engines, which release contaminants.

According to a 2024 survey conducted by management consultancy firm McKinsey & Company, 40 percent of potential electric vehicle (EV) purchasers aimed for a driving range exceeding 400 miles on a single battery charge—approximately equivalent to the typical distance a gasoline-powered car can cover with one full tank.

Similarly, 42 percent of participants indicated that charging speed is their primary concern.

Of those people, 60 per cent said they wanted charging times of 30 minutes or less.

BYD's advancement has been met with approval from global markets and could potentially assist BYD in surpassing its competitor Tesla over an extended period.

Following the announcement, BYD's shares surged to an all-time peak, rising by 4.1 percent on Tuesday to reach a value of HK$408.80 ($52.59) on the Hong Kong Stock Exchange.

Meanwhile, On Tuesday, Tesla's stock value fell by 5.5 percent. , adding another 4.8 percent drop from Monday.

Overall, Tesla's value has dropped by 44 percent throughout 2025 due to investor concerns about CEO Elon Musk's prominent association with Donald Trump.

Since Trump's election, The automotive company has experienced over $800 billion (£617bn) erased from its stock market value.

Read more