Category: EV

Aug 20

BMW i7 vs. Tesla Model S: A Cost Comparison of Luxury Electric Vehicles

Luxury Showdown: BMW i7 and Tesla Model S

Tesla has long been the gold standard in electric vehicles, often setting the bar for luxury EVs. Though Tesla has significantly reduced the prices of its entry-level models, like the Model 3, the premium Tesla Model S remains high-priced due to its outstanding performance. In contrast, BMW’s new entry, the BMW i7 M70, challenges the Tesla Model S with a higher price tag but promises unparalleled luxury and advanced features.

BMW i7 M70: A Premium Choice

The BMW i7 M70 is BMW’s flagship electric sedan, combining the elegance of the 7 Series with electric power. Priced from $168,500, it boasts dual electric motors delivering about 650 horsepower, accelerates from 0 to 60 mph in just 3.5 seconds, and offers a range of approximately 295 miles per charge. When fully equipped with premium options such as the Executive and Premium packages, the cost can rise to around $199,950, targeting buyers who seek top-tier comfort and innovation in their luxury electric vehicle.

Tesla Model S Plaid: Performance and Value

The Tesla Model S Plaid stands out for its remarkable speed, accelerating from 0 to 60 mph in under two seconds, and achieving a top speed of 200 mph with over 1,000 horsepower. Despite its impressive performance, the fully-loaded Model S Plaid is priced around $128,740, including features like Full Self-Driving capability. This model appeals to those who want cutting-edge technology and exceptional speed without the steep price tag of its high-end competitors.

In summary, while the BMW i7 M70 offers a luxurious and high-performance driving experience, its steep price might not be justified compared to the Tesla Model S Plaid, which delivers advanced technology and impressive performance at a lower cost. Choosing between these vehicles often depends on individual preferences for brand and the specific features that matter most in a high-end electric car.

Aug 20

Exploring the 2024 Nissan Leaf: Why the Base Trim Captivates Shoppers

The Nissan Leaf has long been a trailblazer in the electric vehicle (EV) market, and the 2024 model continues to showcase its remarkable value. As it advances into its second generation, it combines affordability with modern features, establishing itself as a leading choice for those entering the electric car market.

Why the 2024 Nissan Leaf S Trim Leads the Pack

Among the two trims available for the 2024 Nissan Leaf, the base S trim stands out as the top choice for buyers. Starting at a budget-friendly $28,140, it’s among the few EVs priced under $30,000, a major draw for cost-conscious consumers. This model features a 147-horsepower electric motor paired with a 40 kWh battery, providing a practical 149-mile range that suits everyday driving needs.

The Leaf S’s value extends beyond its purchase price. With an EPA-estimated efficiency of 111 MPGe, it offers an annual fuel cost of around $650. Over five years, this translates to an impressive saving of approximately $6,250 in fuel costs compared to typical new vehicles, highlighting its economic advantages and long-term savings potential.

Key Features and Alternative Recommendations for the 2024 Nissan Leaf S

The Leaf S trim comes well-equipped with a range of standard amenities designed for convenience and safety. It includes the advanced e-Pedal system for simplified driving, an 8-inch touchscreen with Android Auto and Apple CarPlay integration, and the Safety Shield 360 suite, which features essential driver assistance technologies.

For those willing to invest more, the SV Plus trim, starting at $36,190, is worth considering. This upgrade offers a 60 kWh battery, extending the driving range to 212 miles, and a more powerful motor delivering 214 horsepower and 250 lb-ft of torque. Additionally, the SV Plus includes enhanced features such as 17-inch alloy wheels, upgraded navigation, and ProPILOT Assist, which collectively enhance the driving experience while maintaining strong fuel efficiency.

While the base S trim excels in affordability and practical efficiency, the SV Plus trim is ideal for those seeking additional power and range. Whether you prioritize budget or advanced features, the Nissan Leaf remains a strong contender in the expanding EV market.

Aug 20

The Key to the 2024 Volvo EX90’s Affordability Revealed

The 2024 Volvo EX90 is set to make waves as Volvo’s new flagship electric vehicle, and the company is optimistic about its potential. Positioned as a top contender for EV of the year, the EX90 combines cutting-edge technology with a design focused on safety and performance. What makes this EV particularly compelling is not just its innovative features but also its price point, which Volvo is working to keep attractive for buyers.

Pricing and Federal Tax Credits

Volvo has yet to disclose the exact price for the EX90, but it is expected to start below $80,000 according to industry sources. The key to its affordability lies in optimizing for federal tax credits, which are crucial for making the EV more accessible. By aligning with the requirements of the Inflation Reduction Act, Volvo aims to qualify the EX90 for the full $7,500 federal tax credit, although details on the battery’s origin are still under wraps.

Performance and Safety Features

The Volvo EX90 boasts an impressive estimated range of up to 300 miles, powered by a robust 111 kWh battery delivering around 496 horsepower. Its all-wheel-drive system, complemented by advanced safety technology, is designed to set new standards in vehicle protection. Equipped with eight cameras, five radars, and lidar, the EX90’s safety features are engineered to significantly reduce the risk of accidents, aiming to cut injuries and fatalities by up to 20%.

Manufacturing and Market Impact

Far from replacing the XC90, the EX90 will stand as a new chapter for Volvo, built at their state-of-the-art assembly plant in Ridgeville, South Carolina. This new plant is expected to produce about 60,000 units next year, with a significant portion allocated to early buyers. Volvo’s ambitious plans for the EX90 underscore their confidence in its success and the growing demand for high-quality electric vehicles.

Aug 19

The Chinese BYD Atto 3 Conduct European Moose Tests

BYD is trying to expand its plug-in electric car business outside of China by exporting its cars to more and more new markets, including Europe, but not yet to the United States.

The BYD Atto 3 (also known as Yuan Plus) recently entered the European market with the potential for some decent sales results. Last month, a few hundred units were registered in Germany alone.

Today, we will take a look at the “moose test” of the BYD Atto 3, conducted by km77.com. The tested version was equipped with a 60.5-kilowatt-hour battery (LFP), a 150-kilowatt electric motor, and 18-inch wheels – Continental EcoContact 6Q 235/50 R18 XL 101V.

According to the video, the car was able to successfully pass the test (without hitting any cons) at an initial speed of roughly 44 miles per hour.

  • initial part: 44 mph (71 km/h)
  • middle part: 38 mph (61 km/h)
  • final part: 29 mph (47 km/h)

That’s not a particularly high speed – actually, below average (a few miles behind the Hyundai Kona Electric for reference), but was considered relatively good for a city crossover. It was also noted that the BYD Atto 3 has a soft suspension for a more comfortable ride, rather than for high-speed maneuverability.

km77.com’s moose test results for reference (initial speed):

The BYD Atto 3 is not particularly fast in the slalom either. The car completed the test in 25.6 seconds, which is one of the slowest times recorded so far.

Previous results for reference:

  • 2023 Porsche Taycan GTS – 21.5 s
  • 2023 Tesla Model S Plaid – 21.8 s
  • 2023 Smart #1 Brabus – 22.5 s
  • 2022 Polestar 2 (AWD, 78 kWh) – 22.8 s
  • 2021 Cupra Born (RWD, 62 kWh) – 23.6 s
  • 2022 Mercedes-Benz EQE 350+ – 23.7 s
  • 2023 BMW iX1 – 23.9 s
  • 2022 BMW i4 eDrive40 – 24.0 s
  • 2023 Volvo XC40 Recharge Twin – 24.1 s
  • 2022 Renault Megane E-Tech – 24.2 s
  • 2022 Volvo C40 Recharge – 24.4 s
  • 2023 Kia Sportage PHEV – 24.5 s
  • 2022 Mercedes-Benz EQS 580 – 24.5 s
  • 2021 Aiways U5 – 24.7 s
  • 2022 BMW iX xDrive40 – 24.8 s
  • 2023 MG4 – 24.8 s
  • 2023 Subaru Solterra Trek – 24.8 s
  • 2021 Peugeot e-2008 – 25.3 s
  • 2022 Nissan Ariya (66 kWh, FWD) – 25.5 s
  • 2023 BYD Atto 3 (aka Yuan Plus) – 25.6 s
  • 2023 Volkswagen ID. Buzz Pro (RWD, 77 kWh) – 25.7 s
  • 2021 Dacia Spring – 27.9 s
Aug 19

Kia Tasman Pickup Truck: What to Expect from Kia’s Latest Venture

Exciting developments are on the horizon for the automotive world with Kia’s new pickup truck, the Kia Tasman. Announced as part of Kia’s expanding lineup, the Tasman is set to bring a fresh take to the pickup segment. While it’s promising news that the project is moving forward, enthusiasts will need to exercise patience as the Tasman is still in the works.

Unveiling the Kia Tasman: What We Know So Far

The Kia Tasman is the working name for one of two upcoming Kia pickup trucks, with both models expected to launch by 2027. The first is a dedicated electric truck, and the second will cater to emerging markets with a versatile design. Although there are hints that the Tasman could potentially be available in the U.S., its final form and specifications remain under wraps, with speculation pointing towards a rugged design inspired by the Kia Mohave SUV.

Anticipated Performance and Power

While official specs for the Kia Tasman are yet to be confirmed, it is anticipated to be a formidable contender in the heavy-duty truck segment. Early estimates suggest it could offer a towing capacity of up to 7,716 lbs and a payload capacity of 2,204 lbs, challenging leaders like the Jeep Gladiator. For its electric variant, the dual-motor setup could deliver up to 379 hp and 516 lb-ft of torque, potentially outperforming the Ford F-150 Lightning in range, though it may be more compact, akin to the Rivian R1T.

Arrival and Market Impact

The Kia Tasman is projected to debut in mid-2024, with a market launch anticipated by 2025. The truck’s production in South Korea raises concerns about potential price increases due to tariffs, though its availability in the U.S. is still uncertain. As the development progresses, updates will be closely followed, with hopes that Kia’s electric trucks might hit the market sooner than expected.

Aug 19

Enhance Your Electric Vehicle Experience: Top EV Charging Accessories and Essentials

Understanding EV Charging Connectors

Electric vehicle (EV) owners encounter various charging connectors, each tailored to different standards. In North America, the Type 1 (J1772) is prevalent for Level 1 and Level 2 AC charging, commonly used by many manufacturers except Tesla. Meanwhile, Europe has adopted the Type 2 (Mennekes) connector as the standard for AC charging, and CHAdeMO remains popular among Japanese automakers for DC fast-charging, though it’s being gradually replaced by the CCS (Combined Charging System). Recently, the North American Charging Standard (NACS), initially Tesla’s proprietary connector, has been opened up to other manufacturers like Ford and GM, broadening its usage.

Determining Connector Compatibility

To find out which charging connector suits your EV, consult your vehicle’s manual or manufacturer’s website. Teslas predominantly use the NACS connector, while most other North American EVs are compatible with the J1772 connector. Additionally, many modern EVs feature labels near their charging ports to indicate the appropriate connector type, simplifying the process.

Charging Times Across Different Chargers

The duration required to charge an EV varies based on the charger’s power output and the vehicle’s battery capacity. Typically, Level 1 chargers (120V AC) take between 4 to 24 hours for a full charge, while Level 2 chargers (240V AC) can complete the task in 3 to 8 hours. DC Fast Chargers (Level 3) provide a quicker solution, offering 80% charge in about 30 minutes to 2 hours, depending on the charger’s power and vehicle compatibility.

Charging Safety in Wet Conditions

Charging an EV in rain or wet conditions is generally safe due to built-in protective features in charging systems that guard against electrical hazards. However, it’s crucial to inspect the equipment for any visible damage and ensure it’s properly connected before use. For specific safety concerns or conditions, always refer to your EV manufacturer or consult a qualified electrician.

Aug 19

Honda and Acura Embrace Tesla’s NACS: What It Means for Future EV Charging

Honda and Acura’s Shift to NACS

Honda and its luxury division, Acura, are set to adopt Tesla’s North American Charging Standard (NACS) for their upcoming electric vehicles (EVs) in North America. This move, confirmed by American Honda Motor Co. President and CEO Noriya Kaihara, marks a significant step in aligning with industry trends. However, it is expected that the new Acura ZDX will initially feature the Combined Charging System (CCS1) before transitioning to NACS, likely aligning with General Motors’ timeline for their own switch in 2025.

Future Prospects and Charging Infrastructure

While the immediate future sees Honda and Acura’s initial EV models, such as the Honda Prologue and Acura ZDX, equipped with CCS1, the transition to NACS is on the horizon. This shift is closely tied to General Motors’ adaptation of NACS, as Honda’s upcoming all-electric models are built on GM’s Ultium platform and produced at GM’s facilities. As Honda develops its own EV platform for future models, it is anticipated that these vehicles will integrate NACS from the outset.

Advancing Charging Networks

In addition to adopting NACS, Honda is collaborating with other major automakers, including BMW, GM, Hyundai, Kia, Mercedes-Benz, and Stellantis, to establish a new fast-charging network across North America. This joint venture aims to ensure the new network is secure, reliable, and accessible, drawing inspiration from Tesla’s well-maintained Supercharger network. Jay Joseph, Honda’s Vice President of Sustainability, highlighted the importance of robust software and hardware standards for this new infrastructure, emphasizing the need for reliable maintenance and swift response to technical issues.

Aug 19

The Decline in Used Electric Vehicle Prices: What It Means for Buyers

Significant Drop in Used Electric Vehicle Prices

For years, the prices of used vehicles, including electric models, have remained unusually high due to limited supply and high demand. Recent trends, however, show a marked decrease, with used electric vehicles (EVs) experiencing a substantial drop in value. While the average used car price fell by about 3% per month from April to June 2023, used EV prices plummeted by as much as 29.5% in June alone, reflecting a major shift in the market.

Factors Behind the Falling EV Prices

The sharp decline in used EV prices can be attributed to several factors. Firstly, the growing availability of new EV models has increased market competition, pushing down the value of older models. Additionally, concerns about battery technology and its environmental impact may be contributing to decreased demand for used EVs, as consumers weigh these issues against the benefits of newer alternatives. As more innovative battery technologies emerge, the current lithium-ion EVs are facing increasing scrutiny, influencing their resale values.

Implications for Potential Buyers

For buyers, the drop in used EV prices represents a significant opportunity to acquire electric vehicles at a lower cost. With prices falling dramatically, models such as the Tesla Model 3 and Nissan LEAF are now more affordable than before. However, prospective buyers should also consider the evolving landscape of EV technology and market dynamics to ensure they make a well-informed purchase decision.

Aug 19

Meet the Hilarious Chinese Electric G-Wagon Replica That’s Surprisingly Affordable

An Unconventional Twist on a Classic

For those who dream of a Mercedes G-Wagon but find themselves short on cash and off-road adventures, there’s a playful alternative: a Chinese electric replica of the iconic SUV. This quirky vehicle, featured in our weekly round-up of fascinating Alibaba finds, packs a surprising amount of charm into its compact frame.

Although it resembles a G-Wagon at first glance, a closer look reveals its unique origins. With a design that seems inspired by both Mercedes and Acura, this small electric car is just 2.9 meters long and weighs a mere 500 kg, making it as easy to park as it is to maneuver through tight spaces.

alibaba mercedes g-wagon

Quirky Features and Impressive Affordability

This electric G-Wagon replica boasts a top speed between 35 and 45 km/h (21 to 28 mph), depending on the load, and includes four seats—though it may struggle with a full complement. The “manual” air conditioning system, likely a folding paper fan, adds to the vehicle’s eccentricity, while the “frunk” serves as a rather minimalistic storage space.

Priced at just $2,200, the base cost is tempting, though it excludes batteries and requires a minimum order of three. Given past experiences, such as a $2,000 electric pickup truck from Alibaba that ultimately cost $8,000, be prepared for additional expenses and possible shipping delays. While this replica may be a fun and affordable curiosity, it’s wise to enjoy it from afar due to potential legal and logistical challenges.

Aug 19

Lamborghini’s Groundbreaking Electric Vehicle: The 2028 Lanzador

Unveiling Lamborghini’s First Electric Supercar

Lamborghini has announced its debut all-electric vehicle, the Lanzador, set to hit the roads in 2028. Though it’s challenging to categorize this striking model as just an SUV, coupe, or sedan, one thing is clear—it embodies the fierce Lamborghini spirit. The Lanzador’s design, while being an EV, maintains the aggressive and sleek aesthetic Lamborghini is known for.

Design: A Blend of Tradition and Innovation

The Lanzador’s design draws heavy inspiration from the Lamborghini Urus but introduces a more refined look. Its high ground clearance and distinctive body proportions reflect classic SUV traits, yet the fastback roofline hints at a coupe influence. This model features a modernized fascia with minimal grille space, adapting to its electric nature, and boasts a cleaner wheel design compared to its Urus counterpart.

Interior and Drivetrain: A Fusion of Luxury and Performance

Inside, the Lanzador combines futuristic aesthetics with practicality, featuring a spacious cabin with a full glass roof and sleek, integrated screens. The rear seats offer folding functionality for added cargo space, and the use of sustainable materials highlights Lamborghini’s commitment to eco-friendly innovation. Under the hood, the Lanzador will pack impressive power with over 1,340 horsepower, driven by electric motors at both the front and rear, though details on range and charging remain under wraps.

The Wait for the Lanzador

With a launch date set for 2028, Lamborghini’s first electric vehicle represents a significant step towards a more sustainable future. Enthusiasts may need to be patient, as it’s uncertain whether early versions will be available before the official release. Nonetheless, the Lanzador promises to be a game-changer in the electric vehicle market, combining Lamborghini’s iconic style with groundbreaking technology.