Category: EV vehicles

  • Xiaomi SU7 Ultra: 0-100 km/h in 1.98s, 620 km Range, Luxury Interior

    Xiaomi SU7 Ultra: 0-100 km/h in 1.98s, 620 km Range, Luxury Interior

    Key Takeaways

    1. Performance: The Xiaomi SU7 Ultra accelerates from 0-100 km/h in 1.98 seconds and has a top speed exceeding 350 km/h, making it the fastest four-door production car.

    2. Powertrain: It features a Super Three-Motor System with a dual V8 and V6 all-wheel-drive setup, producing 1,548 PS of peak power and achieving 0-200 km/h in 5.86 seconds.

    3. Design and Stability: The car includes an aerodynamic package, carbon-ceramic brakes, and a Nürburgring-tuned chassis for enhanced handling and high-speed stability.

    4. Technology: Operates on Xiaomi HyperOS with advanced features such as real-time navigation and smart parking assistance, powered by two Orin X AI chips.

    5. Charging and Usability: The SU7 Ultra has an 897V high-voltage charging system, allowing a quick charge from 10% to 80% in 11 minutes and a CLTC range of 620 km.

    Xiaomi has unveiled the SU7 Ultra, a powerful electric sedan that comes with a price tag of 529,900 yuan ($72,988). This vehicle boasts an incredible acceleration of 0-100 km/h in just 1.98 seconds and can reach a top speed of over 350 km/h, making it the fastest four-door production car available.

    Specifications of the SU7 Ultra

    Equipped with Xiaomi’s Super Three-Motor System, the SU7 Ultra features a dual V8 and V6 all-wheel-drive setup that produces a staggering 1,548 PS of peak power. The V8 engine can rev up to 27,200 rpm, delivering remarkable acceleration, while its torque vectoring system improves handling precision. The car can go from 0-200 km/h in only 5.86 seconds and completes a quarter-mile in 9.23 seconds.

    Design and Features

    To ensure stability at high speeds, the SU7 Ultra is designed with an aerodynamic package that comprises a fixed carbon fiber rear wing, an active rear diffuser, and U-shaped wind blades. It is fitted with a carbon-ceramic braking system that includes six-piston front calipers and four-piston rear calipers for outstanding stopping power. Additionally, the vehicle features a Nürburgring-tuned chassis and adjustable coilover suspension to enhance its driving performance.

    Inside, the cabin of the SU7 Ultra offers a luxurious, racing-inspired environment with 5m² of Alcantara microfiber upholstery and carbon fiber details. The sports seats provide both graphene heating and massage capabilities, while a 25-speaker surround sound system with active noise cancellation creates a captivating audio experience.

    Technology and Charging

    The sedan operates on Xiaomi HyperOS, which integrates smart devices, navigation, and AI-driven autonomous driving systems. It features the Xiaomi Pilot system, powered by two Orin X AI chips, which enables real-time navigation, adaptive lane changes, and smart parking assistance.

    To maximize charging efficiency, the SU7 Ultra includes an 897V high-voltage charging system that allows for a quick 10% to 80% charge in just 11 minutes. It has a CLTC range of 620 km and supports 5.2C ultra-fast charging, blending exceptional performance with everyday usability.

    The Xiaomi SU7 Ultra is offered in five eye-catching colors, falling into Classic, Luxury, and Sports categories. Buyers can select from Obsidian Black and Pearl White for a classic appearance, Space Silver and Parrot Green for a touch of luxurious refinement, or Lightning Yellow for a striking, race-inspired look.

    Xiaomi SU7 Ultra: 0-100 km/h in 1.98s, 620 km Range, Luxury InteriorXiaomi SU7 Ultra: 0-100 km/h in 1.98s, 620 km Range, Luxury Interior
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  • Volvo ES90 Electric Car Unveiling Spring 2024: 700 km Range

    Volvo ES90 Electric Car Unveiling Spring 2024: 700 km Range

    Key Takeaways

    1. The Volvo ES90 features a 106 kWh battery and dual motors, allowing a range of up to 700 km and fast charging capabilities.
    2. It introduces advanced 800-volt architecture, improving charge time and efficiency compared to older systems.
    3. The ES90 is built on the Scalable Product Architecture 2 (SPA2) platform, with future models planned on SPA3.
    4. It includes extensive safety features under the “Volvo Safe Space” initiative, with multiple sensors and cameras for enhanced safety.
    5. The vehicle is powered by two Nvidia Drive AGX Orin processors, with a focus on innovative technology and sustainability.

    Volvo is set to introduce a range of completely electric versions of its S90 sedan, now called the ES90. This all-wheel-drive model features a substantial 106 kWh battery paired with dual motors, allowing it to achieve a range of up to 700 km based on the WLTP standard. With its advanced 800-volt technology, this vehicle can gain 300 km of range with just a brief 10-minute charge at a 350 kW fast charging station. Moreover, Volvo states that it can charge from 10% to 80% in a mere 20 minutes.

    Advanced Electric Architecture

    The ES90 marks Volvo’s first foray into 800-volt architecture, a technology already seen in other electric vehicles, like the Kia EV6 and the Hyundai Ioniq 5. When compared to the older 400-volt systems, this new architecture brings significant improvements in charge time, efficiency, and overall range. The adaptive charging software for this luxurious electric vehicle is developed by Breathe Battery Technologies, a company based in the US.

    Built on a Strong Foundation

    Like the EX90 premium SUV, the ES90 is constructed on the Scalable Product Architecture 2 (SPA2) platform. The next iteration, SPA3, is anticipated to debut later with the EX60. Additionally, the Volvo ES90 will incorporate what the company refers to as the “Volvo Cars Superset” tech stack, which is a unified set of hardware and software modules designed to support all future electric models from Volvo.

    Safety and Innovation Combined

    The Volvo ES90 luxury sedan is equipped with an extensive array of safety features known as “Volvo Safe Space.” Its exterior includes a lidar system, five radars, twelve ultrasound sensors, and eight traditional cameras. Inside, it has technology that can assess the driver’s behavior and take necessary actions to ensure the safety of all passengers.

    Two Nvidia Drive AGX Orin processors supply the needed computing power for the car, and a Battery Pass contains details about the materials utilized in the vehicle’s battery. The official unveiling of the Volvo ES90 is scheduled for a livestream event on 5 March 2025.

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    Volvo ES90 Electric Car Unveiling Spring 2024: 700 km Range

     

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  • Tesla Unveils New Model Y Juniper Refresh Early

    Tesla Unveils New Model Y Juniper Refresh Early

    Key Takeaways

    1. Early Launch: Tesla has begun initial deliveries of the Model Y Juniper refresh in China ahead of the planned March release, signaling a positive outlook for the US launch.

    2. New Features: The updated Model Y features design and interior changes, with a 5% improvement in range due to better power efficiency, but no changes to the powertrain or charging capabilities.

    3. Cost Management: Design decisions aim to keep costs low for the best-selling Model Y, with potential future upgrades as Tesla achieves economies of scale.

    4. Sales Challenges: Tesla’s sales in Europe dropped by 45% in January, leading to a new entry-level Model Y Juniper RWD priced at €44,990, while the longest-range model is available for €49,990 with delayed delivery.

    5. Availability in China: The Model Y RWD can be ordered in China for about $36,310, including a limited-time extended warranty, with uncertainty about future pricing after February 28.

    Tesla has hinted that the Model Y Juniper refresh will be available on February 26, and they have begun the initial deliveries in China today, just as they had promised.

    Early Launch

    Previously, Tesla planned to launch the new Model Y facelift in March, but they have successfully shipped it to customers earlier than expected. This early delivery is a positive sign for the upcoming US Juniper release as well.

    New Features

    Tesla kicked off Model Y deliveries with a promotional video showcasing updates in the vehicle’s design, aerodynamics, and interior. However, they did not mention any improvements to the powertrain, which remains unchanged.

    The range of the new Model Y Juniper is around 5% better than the previous model, but this improvement comes from enhanced power efficiency rather than an increase in battery capacity. The SUV still supports the older 250 kW charging speed and lacks Tesla’s newer 48V low-voltage architecture.

    Cost Management

    Lars Moravy, Tesla’s chief engineer, stated that these design choices are made to keep the costs of their top-selling vehicle low. However, they may introduce further upgrades over time as they achieve more economies of scale.

    Tesla will cease the sale of the initial Model Y Juniper Launch Series in China, which included an extended warranty, by the end of the work week. They have already stopped offering it in Europe.

    Sales Challenges

    In January, Tesla’s sales in Europe fell by 45%, likely due to Elon Musk’s contentious political actions there. As a result, European customers can now purchase the entry-level Model Y Juniper RWD starting at €44,990.

    Additionally, Europe has received the new Model Y with the longest range of 386 miles (WLTP) for €49,990. However, those who place a preorder can expect delivery only in May.

    Availability in China

    As of today in China, any customer can visit a Tesla store and order the Model Y RWD for about $36,310. This price includes the Launch Series with an extended warranty until February 28, and it remains uncertain if the new Model Y will become cheaper after that date.

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  • Tesla Boosts Model 3 Range with New Tire Brand

    Tesla Boosts Model 3 Range with New Tire Brand

    Key Takeaways

    1. The 2026 Model Y Juniper facelift has a 5% increase in range due to improved aerodynamics and power efficiency, not a larger battery.
    2. The Model 3 Long Range RWD range increased from 322 miles to 343 miles, while the Long Range AWD improved from 316 miles to 332 miles.
    3. The Model 3’s range gains (6.5%) surpass those of the new Model Y Juniper, achieved without changing battery size.
    4. Tesla’s internal testing may yield higher range numbers than EPA estimates; recent tire changes to lower rolling resistance could contribute to range improvements.
    5. Model 3 owners can now expect to drive about 20 more miles on a single charge before recharging.

    The 2026 Model Y Juniper facelift has revealed a 5% increase in range, mostly due to better aerodynamics and power efficiency instead of a boost in battery size.

    Model 3 Range Improvements

    On the other hand, Tesla has demonstrated its capability to enhance the range of existing vehicles, particularly with the Model 3. The cheapest Model 3 Long Range RWD has seen its range rise to 343 miles from the previous 322 miles.

    Additionally, the Model 3 Long Range AWD has also experienced a similar upgrade, increasing its range from 316 miles to 332 miles on a single charge.

    Comparing Range Gains

    The 6.5% increase for the base Model 3 surpasses the range boost that new Model Y Juniper owners will receive compared to the previous model. Like the Juniper refresh, this improvement was made possible by reducing the power consumption rate of the Model 3, keeping the battery size unchanged.

    It’s worth noting that the new range figures for the Model 3 are based on the 19-inch Nova Wheels. The specifications now simply mention “estimate” instead of “EPA estimate,” indicating that these numbers come from Tesla’s internal testing rather than official EPA figures.

    Reasons Behind the Changes

    Typically, Tesla’s internal testing is more stringent than EPA standards, so the range number might be even higher once the official EPA estimates are released, similar to what happened with the Model Y Juniper, which was initially rated for 320 miles but later received an EPA estimate of 327 miles.

    The recent change of tires on the Model 3 from Continental to Goodyear Eagle Sport, which have lower rolling resistance, could be the reason behind this range increase for the existing vehicle.

    When Tesla officially announced the EPA range for the Model Y Juniper refresh, its chief engineer praised the “most efficient tires” ever used in a Tesla, hinting that similar improvements might have been made for the Model 3 tires.

    Regardless, Model 3 owners can now expect to get about 20 more miles out of their vehicles before needing to recharge.

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  • BYD Cars to Feature DJI Drones for Road Overflight and Recording

    BYD Cars to Feature DJI Drones for Road Overflight and Recording

    Key Takeaways

    1. BYD and DJI are collaborating to enhance electric vehicles with an integrated drone system, set to be unveiled on March 2.
    2. DJI dominates the drone market, holding 70% of global market share, with offerings for both leisure and professional use.
    3. BYD has overtaken Tesla in EV sales and is the second-largest battery producer worldwide.
    4. The new drone system aims to be available in more affordable BYD vehicles, expanding on existing technology in premium models.
    5. This collaboration could give BYD a competitive edge against Tesla by offering unique features and enhanced value in their electric vehicle lineup.

    The largest electric vehicle manufacturer in the world, BYD, has teamed up with DJI, the top drone producer, to enhance an integrated drone system for their vehicles.

    DJI controls almost 70% of the drone industry globally and offers models for both leisure, such as the Mini 3 available on Amazon for under $500, and professional applications. Meanwhile, BYD has recently overtaken Tesla in EV sales and ranks as the second-largest battery producer globally.

    Vehicle Drone System Announcement

    Both companies are set to unveil the vehicle drone launch system on March 2. BYD has already shared a teaser that states, “With eyes that can think, frame every moment of the excitment of traveling.” This suggests that the drones will capture footage of the car’s journeys or maneuvers from above, highlighting the growing significance of drone imagery in various contexts.

    Current Drone Integration

    BYD is familiar with integrating drone technology, as seen in its premium U8 Off-road Master Edition SUV, which is priced above $150,000 and includes a drone system. This drone option is designed to assist drivers in “better understanding their surroundings,” according to BYD, making it a valuable feature for an SUV intended for off-road adventures.

    The collaboration with DJI aims to extend the integrated drone system to more affordable BYD vehicles. Recently, BYD introduced its autonomous driving feature named God’s Eye. Unlike Tesla’s incomplete FSD that just launched in China, BYD plans to provide this feature at no additional cost with their electric cars.

    Competitive Edge Against Tesla

    Incorporating distinctive features like the DJI drone system may help BYD capture more market share from Tesla, which has just rolled out its refreshed Model Y in China. This strategy could make BYD’s offerings even more appealing in terms of pricing and available options.

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  • Las Vegas Police Get 10 Tesla Cybertrucks from Anonymous Donor

    Las Vegas Police Get 10 Tesla Cybertrucks from Anonymous Donor

    Key Takeaways

    1. The Las Vegas Metropolitan Police Department (LVMPD) will receive 10 Tesla Cybertrucks as a donation for patrol and SWAT teams.
    2. The Cybertrucks feature bullet-proof capabilities and aim to enhance officer recruitment without financial strain on taxpayers.
    3. The announcement was made by LVMPD Sheriff Kelvin McMahill during the 2025 State of the Department event.
    4. The identity of the donor remains unknown, and Tesla is seeking to boost Cybertruck sales amid slower-than-expected demand.
    5. The Cybertrucks will work alongside the LVMPD’s semi-autonomous drones equipped with shot-spotting technology.

    Crime-fighting in Las Vegas is about to get a high-tech upgrade as a secret donor gifts 10 Tesla Cybertrucks to the local police. These electric vehicles will become part of the Las Vegas Metropolitan Police Department’s (LVMPD) patrol and SWAT teams.

    Exciting Announcement

    LVMPD Sheriff Kelvin McMahill shared the news during Metro’s 2025 State of the Department event. He expressed, “We’re thrilled to announce the addition of 10 Tesla Cybertrucks to our fleet! These innovative vehicles will be tailored for LVMPD patrol and SWAT, empowering our officers to protect and serve with the most advanced technology available.”

    Features and Benefits

    McMahill highlighted the truck’s bullet-proof features and its potential to attract new recruits, ensuring that taxpayers won’t see a burden on the department’s finances. The police chief described the truck as “badass” in a post on X, showcasing a design of a specially modified Cybertruck.

    A Mysterious Donor

    While the identity of the donor remains unknown, it appears that the Cybertruck has not been selling as quickly as Tesla had hoped, leading to a buildup of inventory. To boost demand, Tesla has experimented with several strategies, such as offering free wraps, significant discounts, and lowered lease rates.

    The Cybertrucks will complement the LVMPD’s semi-autonomous drones, which utilize shot-spotting technology to locate suspects effectively.

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  • Toyota Unveils Stylish and Spacious New Electric Model

    Toyota Unveils Stylish and Spacious New Electric Model

    Key Takeaways

    1. Toyota will unveil a new battery electric vehicle (BEV) in March, possibly based on the bZ Compact Crossover concept from 2022.
    2. The EV features a sleek coupe design, a roomy and versatile interior, and promises elevated driving dynamics.
    3. Teaser materials show a rear light bar and a front design similar to the Toyota Camry hybrid sedan.
    4. Rumors suggest multiple battery options may be available, and the interior might resemble the Urban Cruiser with a 10.25-inch driver display.
    5. The vehicle is set to launch in Europe alongside the bZ4X and Urban Cruiser SUVs, with the official reveal on March 11th, 2023, at 23:01 GMT.

    Toyota recently made an announcement about unveiling a new battery electric vehicle (BEV) in March. A teaser image and video hint that this might be a production model of the bZ Compact Crossover concept, which was first shown in 2022.

    Design Features

    In its announcement, Toyota highlighted that this EV features a “sleek and stylish” coupe design along with a roomy interior that promises to enhance comfort during travels. The company described the interior as “versatile,” but did not provide any detailed information. Additionally, Toyota mentioned the vehicle will have “elevated driving dynamics,” although specifics were not disclosed.

    Additional Details

    The teaser video shows some features like a rear light bar and a “hammerhead front face,” which resembles that of the Toyota Camry hybrid sedan. There are rumors suggesting that this battery electric vehicle might come with multiple battery options. There are also indications that the interior could be similar to the Urban Cruiser, including a 10.25-inch driver display.

    Upcoming Release

    The new Toyota electric vehicle is anticipated to launch in Europe, joining the bZ4X and Urban Cruiser electric SUVs. The official reveal is scheduled for March 11th at 23:01 GMT. However, details regarding the release date and pricing of this new Toyota BEV are still not available.

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  • Tesla Launches FSD in China: Local Data Limits Performance

    Tesla Launches FSD in China: Local Data Limits Performance

    Key Takeaways

    1. Tesla is rolling out its Full Self-Driving (FSD) service in China through an over-the-air update, but it faces limitations due to data restrictions.
    2. The FSD in China is not as advanced as the U.S. version and is marketed as an enhancement to the existing Navigate on Autopilot feature.
    3. Tesla has rebranded the FSD option to “automatic assisted driving kit” and is now priced at $8,000, similar to Level 2 driver-assist systems offered by competitors like BYD for free.
    4. Unique challenges in launching FSD in China include data export restrictions from the U.S. and regulations preventing the transfer of training videos outside China.
    5. Tesla plans to refine the FSD system by using locally gathered data and real-life driving scenarios once U.S. engineers implement a tailored algorithm for China.

    Tesla is rolling out its Full Self-Driving (FSD) service through an over-the-air software update for owners in China who have purchased the feature but couldn’t use it until now.

    FSD Limitations in China

    However, the FSD functionalities in China do not meet expectations, as Tesla encounters restrictions on the data it can utilize for training its algorithms. Currently, the service is not even close to the FSD version 13 that has been launched in the United States. In China, Tesla promotes it as an enhancement to the Navigate on Autopilot feature, which can handle lane changes, navigate ramps, read traffic signals, and make turns in urban areas. Additionally, the cabin camera is now being utilized to monitor if the driver is paying attention to the road.

    New Naming and Pricing Strategy

    Tesla has rebranded the $8,000 option from FSD to “automatic assisted driving kit,” as it primarily serves as a Level 2 driver-assist system similar to what BYD provides for free in its vehicles. This month, Tesla reportedly sent a group of U.S. engineers to implement a China-specific algorithm that incorporates raw data from test Teslas operating in the country since last year, along with various driving videos sourced from the Internet.

    Challenges Ahead

    According to Elon Musk, the launch of FSD in China has been encountering unique challenges. The U.S. government does not permit the export of raw driving data, while Chinese regulations prevent the transfer of training videos outside the country. Musk stated, “We are in a bit of a bind there. So like, bit of a quandary.” To overcome these obstacles, Tesla is analyzing publicly available videos of Chinese streets to enhance their training data and using a simulator for specific scenarios, particularly focusing on the complex bus lanes in China. These lanes have strict regulations, and entering them at the wrong time can lead to instant penalties.

    Future Prospects

    Tesla seems to be gaining confidence in launching at least basic FSD features in China. Once the U.S. engineers deploy the algorithm, the local team will take over, gathering specific data and real-life situations from local roads to refine the system progressively.

    It is still uncertain how many Tesla owners in China will opt to pay the full price for a partially functional FSD, especially when local EV manufacturers like BYD are offering better autonomous features at no extra cost.

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    Tesla Launches FSD in China: Local Data Limits Performance
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  • Tesla to Prosecute Vandals Targeting Supercharger Stations

    Tesla to Prosecute Vandals Targeting Supercharger Stations

    Key Takeaways

    1. Tesla’s Supercharger stations are facing vandalism and theft, with incidents involving damaged charging cables and graffiti.
    2. The company is taking legal action against vandals and has confirmed they will pursue charges for any such incidents.
    3. Tesla responded quickly to recent vandalism, including graffiti that could harm the company’s image.
    4. To prevent future vandalism, Tesla is marking cables and using special ink that can explode to aid in identifying offenders.
    5. Elon Musk’s role in government initiatives is controversial, impacting his public image alongside Tesla’s brand.

    Tesla’s Supercharger stations are becoming a target for vandals, who are damaging and stealing items like charging cables. The company has decided to take action and will pursue legal charges against those responsible.

    Response to Vandalism

    Tesla reacted on X to a recent incident of vandalism, where user @SnazzyLabs showed photos of a Supercharger that had been defaced with the word “NAZI” and the Swastika. In their post, @SnazzyLabs expressed concern that such actions could hurt Tesla’s image, possibly implicating Elon Musk in the damage to the brand.

    Immediate Action

    The official Tesla charging account, @TeslaCharging, responded promptly, stating that they would remove the graffiti right away. Another user, @lennylegend86, suggested that a security camera might have recorded the person responsible. TeslaCharging confirmed that they would indeed pursue charges for vandalism at the Supercharger locations.

    Legal Measures and Innovations

    To tackle the issues of vandalism and theft at Superchargers, Tesla is implementing legal measures. They are also marking cables and using special ink that can explode to make it simpler to catch those who vandalize their property.

    Elon Musk, the CEO of Tesla, continues to divide opinion with his active role in the US government. He oversees the Department of Government Efficiency (DOGE), which works on reducing government spending and boosting productivity among federal workers. His initiatives have led to the closure of the United States Agency for International Development (USAID) and the job loss of many civil servants.

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  • Chinese Researchers Develop New Method to Extend Lithium-Ion Battery Life Sixfold

    Chinese Researchers Develop New Method to Extend Lithium-Ion Battery Life Sixfold

    Key Takeaways

    1. New method can extend lithium-ion battery lifespan by over six times.
    2. Discovery of trifluoromethyl sulfonate lithium as an effective lithium carrier.
    3. Treated batteries can maintain performance for 12,000 charging cycles with minimal decline.
    4. Implementation requires battery design for electrolyte replenishment and gas venting.
    5. Environmental benefits include reduced electronic waste and lower reliance on lithium extraction.

    A new method for repairing batteries developed by researchers from China has the potential to extend the lifespan of lithium-ion batteries by more than six times. This innovation could significantly change how durable electric vehicles and mobile devices are. The research, published in the journal Nature, focuses on injecting a special solution that revives aged batteries to levels close to their original performance.

    Discovery of a New Lithium Carrier

    Over a span of four years, experts in macromolecular science at Fudan University—Gao Yue and Peng Huisheng—identified a new lithium carrier named trifluoromethyl sulfonate lithium. This molecule is effective in replenishing lost lithium ions in older batteries and works well with various battery types and electrolytes.

    Impressive Laboratory Results

    The lab tests yielded remarkable results: a commercial lithium iron phosphate battery, after being treated, could keep its original performance for 12,000 charging cycles. This is a stark increase from the typical lifespan of 2,000 cycles. Even more striking, the treated battery exhibited only a four percent decline in performance after 11,818 cycles. In comparison, a regular electric vehicle battery usually experiences a 30 percent capacity reduction within roughly 2.7 years of similar charging patterns.

    Requirements for Implementation

    For this technology to be effective, batteries must be designed with components that allow for the replenishment of electrolytes and the safe venting of gases. In the rejuvenation process, the compound breaks down to release lithium ions, which subsequently reconnect with the electrode material, while also producing gaseous byproducts that need to be properly vented.

    Environmental Benefits

    This advancement could significantly benefit the environment, as it not only prolongs battery life but also reduces electronic waste and reliance on lithium extraction. Fudan University states that the solution is cost-effective and ready for scaling. The research team is currently collaborating with leading global battery manufacturers to accelerate the process of commercialization.

    Conclusion

    In conclusion, this innovation marks a major transition from conventional battery designs, leading to more sustainable battery technologies in the industry. However, additional testing and regulatory approvals are essential before this groundbreaking solution can be widely adopted.

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