Tag: Battery

  • Hyundai reveals battery suppliers of its EV models amid fire concerns

    Hyundai reveals battery suppliers of its EV models amid fire concerns

    South Korean legacy automaker Hyundai Motor Group has just disclosed the names of its battery suppliers as electric vehicle fire concerns rise in its home country, The Korea Herald reports.

    Hyundai names battery sources as safety fears rise

    Hyundai has officially taken several measures to alleviate the public’s growing concerns over electric vehicle fires in South Korea, including the disclosure of the battery suppliers of its models and the introduction of enhanced safety features.

    Presented below are the battery cell manufacturers per model:

    Vehicle ModelBattery Cell Manufacturer
    Ioniq 5 NESKO
    Ioniq 5 NE PESKO
    Ioniq 6 (CE)LGES (23.6-)
    GV60 (JW)SKO
    G80 (RG3 EV)SKO
    GV70 (JK EV)SKO
    Kona (SX2 EV)CATL
    ST1 (TSD-A01)SKO
    Casper (AX EV)LGES
    Kona OS EVLGES
    Ioniq (AE EV PE)LGES
    Ioniq (AE EV)LGES
    Porter (HR EV)SKO

    As you can observe, the Hyundai Kona Electric is currently the only model using batteries from China’s CATL. Most of its offerings feature batteries from South Korea’s LG Energy Solution (LGES) and SK On.

    Hyundai’s other efforts to improve EV safety

    Apart from disclosing the names of its battery suppliers, Hyundai and Kia also committed to collaborating with local governments to further improve the safety of its electric vehicle technologies.

    For instance, Hyundai plans to launch new safety features like avoiding fire risks associated with overcharging of batteries, such as follows:

    • an overvoltage diagnosis system
    • a battery monitoring system

    In effect, customers’ apprehensions to join the shift to electric mobility will gradually diminish.

    South Korea to conduct emergency meeting to address EV fire concerns

    Both foreign and local electric vehicle players in the South Korean market are gearing up to manage similar safety concerns at the set safety inspection meeting organized by the Ministry of Land, Infrastructure, and Transport on August 13.

    Reuters noted that the meeting will revolve around fires involving electric vehicles, including a fire incident that caused extensive damage, and determine solutions to avoid such incidents.

    The initiative comes after a recent fire incident involving a Mercedes-Benz EV in an underground parking lot in Incheon, which reportedly damaged 140 vehicles, displaced approximately 800 residents, and compromised the facility’s electrical and plumbing systems. The EV in question apparently uses a nickel-cobalt-manganese battery cell from China’s Farasis.

    The Ministry of Land, Infrastructure, and Transport’s request for transparency by revealing battery suppliers extends to both local and foreign brands that rely on imports. However, the latter will likely take some time to respond to the request as they still need input from their overseas headquarters.

    “The decision to reveal parts suppliers isn’t ours to make — it’s up to our headquarters. We’ve communicated the urgency of the situation here, but the final say rests with them.”

    Unnamed official from an import car brand in South Korea

    Hyundai’s move to take a proactive approach aligns with the ministry’s efforts to alleviate the growing public concerns about electric vehicle safety. As the South Korean EV industry wrestles with this issue, both local and foreign players will likely receive intensified scrutiny and pressure to focus on safety in their EV technologies.

  • CATL launches showroom of EV models powered by its batteries in China

    CATL launches showroom of EV models powered by its batteries in China

    Chinese battery giant CATL has just launched an “innovative new energy experience center” in China to showcase electric vehicles featuring its cutting-edge battery technologies.

    CATL opens world’s first EV experience center in China

    According to the press release, CATL formally opened the world’s first-ever new energy experience center in Chengdu, Sichuan Province, on August 10, 2024.

    CATL cited the crucial role of automakers and the local government in establishing the “NING Space,” which enables customers to “view, select, use, and learn” electric vehicles in the facility.

    CATL believes this new experience center will help accelerate the shift to electric mobility. CATL Vice Chairman offered a speech at the opening ceremony to emphasize the initiative’s main goal, which is to “create a bridge between automakers and consumers” amid the shift to electric mobility.

    The NING Space

    CATL developed the NING Space to aid electric automakers in expanding their reach to customers by displaying their products effectively. It also offers assistance to buyers in choosing the model suitable for them.

    The 13,000 m² experience center displays almost 100 models powered by its batteries from 41 car brands, including a full array of the most popular cars:

    CATL also assigned electric vehicle experts to answer customers’ questions and even offer suitable advice based on their preferences and needs. In addition, the NING Space also introduces customers to EV history and development, presents the latest battery technologies, and conducts science workshops.

    NING Service and WeChat mini-program

    CATL also introduced “NING Servive,” which is the after-sales service brand, at the launch event on Saturday.

    NING Service boasts a network of 112 professional service stations and a training system to offer customers high-quality services, including the following:

    • battery maintenance
    • health checks
    • mobile rescue, etc.

    Moreover, the Chinese battery giant also initiated a WeChat mini-program to further improve customer experience by offering the following services:

    • charging station searches
    • navigation
    • selection assistance
    • usage tips for EVs
    • science workshops about new energy

    Indeed, CATL’s new NING Space will establish a deeper connection between electric automakers and customers in China. It will significantly contribute to the promotion of electric mobility, enabling interested customers to explore innovative EV models all in one go. Excitingly, CATL reportedly aims to launch similar showrooms in more Chinese cities next.

  • LGES doubles down on prismatic battery technology for electric vehicles

    LGES doubles down on prismatic battery technology for electric vehicles

    South Korean battery giant LG Energy Solution (LGES) is betting big on prismatic battery cell production as the market starts to shift toward this innovative technology.

    LGES shifts focus to prismatic batteries for future growth

    LGES has established a task force to oversee its prismatic battery cell development, according to S&P Global AutoTechInsight.

    The South Korean company is also already in talks with potential customers about its upcoming prismatic battery products, signifying a major pivot in its strategic focus.

    Impressively, the move will make LGES the first-ever global battery maker to offer all three formats: prismatic, cylindrical, and pouch-type.

    Intensifying race in prismatic battery tech

    LGES and other South Korean battery makers have reportedly witnessed the growing popularity of prismatic battery cells for electric vehicles.

    https://twitter.com/safespace4space/status/1820363829294899265

    It prompted fellow South Korean players, including  Samsung SDI and SK ON, to explore prismatic battery cell development. The latter has already designed its prismatic form factor technology, with ongoing preparation for mass production.

    “The technology development for the prismatic form factor has been completed, and we are in detailed discussions with multiple clients regarding the timing of mass production.”

    Kim Kyung-hoon, Chief Financial Officer of SK On, stated in a Q2 earnings conference call

    In hindsight, LGES initially developed prismatic batteries in the 1990s and mass-produced them for small devices until the late 2010s. However, prismatic cells for EVs will likely be way larger than early models used in smaller gadgets.

    On the other hand, Samsung SDI has been the only local supplier of prismatic cells in the country for some time already. Therefore, it may have a competitive advantage against SK On and LGES in this field.

    “Prismatic batteries will gradually widen its portion in the global EV market, as is shown by growing request for collaboration from EV manufacturers.”

    Samsung SDI Executive Vice President Michael Son

    Prismatic batteries’ growing popularity

    Prismatic batteries accounted for 19% of the battery market in Europe in 2019, according to SNE Research.

    Their market share dramatically increased to 49% as of 2023, outpacing previously leading battery formats such as pouch-type cells (35% share). For reference, pouch-type cells used to be the most popular option in Europe, with a 46% market share in 2019.

    On the other hand, cylindrical batteries’ market share in Europe dropped from 35% in 2019 to 16% by 2023.

    LGES contends that this major shift underscores the increasing preference of electric automakers for prismatic batteries over pouch and cylindrical batteries. The growing popularity of prismatic batteries is unsurprising, considering their incredible resistance to external shocks and high durability due to their aluminum can housing.

    In addition, they also support simpler manufacturing processes and lower production costs, making them suitable for mass production.

  • Hyundai bets big on Thailand with new $28M investment in EV & battery production

    Hyundai bets big on Thailand with new $28M investment in EV & battery production

    Hyundai Motor Company has set its eyes on the growing Thai electric vehicle market. The South Korean legacy automaker plans to invest 1 billion baht ($28 million) in local EV and battery assembly, according to the country’s Board of Investment (BOI).

    Hyundai to build EV and battery assembly facility in Thailand

    Hyundai is now set to invest 1 billion baht ($28 million) to establish a new production facility to assemble electric vehicles and batteries in Thailand after securing the BOI’s approval for its proposal.

    Per the announcement on Wednesday, Hyundai aims to kick off electric vehicle and battery production by 2026. While the company has not yet revealed more specific details about its production plans, the BOI outlined that the new facility will crank out an “equal amount of EV batteries.”

    The new facility will rise in Samut Prawn Province, near Bangkok.

    “Hyundai’s entry in Thailand’s EV sector is a very positive development, confirming the attractiveness of Thailand as both a manufacturing base and an important market.”

    Narit Therdsteerasukidi, BOI’s Secretary General

     Thailand’s EV 3.5 package

    The approval comes as the BOI determined that Hyundai’s application to invest “supports Thailand’s EV 3.5 package, enhancing the nation’s role as an EV hub.”

    For context, here are the subsidies and guidelines under Thailand’s EV 3.5 package:

    Vehicle TypePrice CapBattery Capacity (kWh)Subsidy Per Unit
    Electric Passenger Car<= $58,000>= 50 kWh$1,450 – $2,900
    Electric Passenger Car<= $58,000< 50$580 – $1,450
    Electric Pickup Truck<= $58,000>= 50$1,450 – $2,900
    Electric Motorcycle<= $4,350 >= 3$145 – $290

    In addition, electric passenger cars with maximum prices of $200,000 will benefit from a reduced excise tax from 8% to 2%. 

    The Thai government also agreed to lower the import duties of electric passenger cars by up to 40% as long as they meet the price cap of  $58,000. It applies to imported Completely Built-Up Units (CBUs) from 2024-2025. Electric automakers must also commit to local production for at least two models by 2026.

    “Thailand’s strong existing supply chain will allow Hyundai to source not less than a third of the raw materials and parts it needs from within Thailand, thus supporting the local industry.”

    Narit Therdsteerasukidi, BOI’s Secretary General

    Tapping into Southeast Asia’s growing EV market

    Thailand’s thriving electric vehicle industry is currently dominated by Chinese players, particularly BYD and Great Wall Motors. They leverage the country as a production base for exports across the Southeast Asian region.

    The notable growth of the domestic EV market is unsurprising, considering that Thailand is the region’s leading automotive production hub. It accounted for 55% of Southeast Asia’s total EV sales in Q1 2024, per Counterpoint Research.

    Thailand will play a crucial role in Hyundai’s efforts to further advance its electrification efforts amid the dominance of low-cost Chinese EVs in the region.

  • Forge Battery unveils 21700 cells with incredible 10-minute charging time

    Forge Battery unveils 21700 cells with incredible 10-minute charging time

    Volkswagen-backed Forge Battery claims that its groundbreaking 21700 electric vehicle batteries can support fast charging of just 10 minutes, potentially accelerating the shift to electric mobility.

    For context, Forge Battery is the commercial li-ion battery production subsidiary of US battery startup Forge Nano.

    The “Gen. 1.1 Supercell”

    Forge Battery’s 21700 battery cells, dubbed “Gen. 1.1 Supercell,” will serve as the company’s first commercial product.

    Impressively, it offers a confirmed energy density of 300 Wh/kg. Thus, it enables longer driving ranges and higher efficiency than the previous 18650 battery standard.

    The Gen. 1.1 Supercell employs a cathode made of lithium nickel manganese cobalt oxide (NMC 811) and a composite anode made of silicon oxide (SiOx)-graphite, per the report. These elements enable this new battery cell to surpass the energy density targets of the United States Advanced Battery Consortium (USABC) while delivering a cost reduction of 20% per kWh.

    Moreover, the Gen. 1.1 Supercell enables fast charging in just 10 minutes without compromising battery life.

    This new battery cell innovation has already secured both UN 38.3 and UL 1642 certifications, which are apparently the highest safety standards for transportation.

    “With higher silicon content in the anode and the ability to cycle at higher voltages, the Forge Battery Supercell is set to outcompete state-of-the-art Tier 1 suppliers globally.”

    Barbara Hughes, VP of energy storage at Forge Nano

    Forge Battery to deliver first battery cell samples this year

    Forge Battery has started shipping the first prototypes of its 21700-format cylindrical li-ion battery cells featuring its innovative “Atomic Armor” surface technology to existing customers and potential partners, according to Interesting Engineering.

    The company aims to deliver thousands of these cutting-edge cells to its current customers later this year, indicating several GWh/year of confirmed offtake.

    Forge Battery disclosed that it has received letters of intent to acquire a total of 24 GWh per year since the announcement of its battery factory in North Carolina last November 2023.

    “Forge Battery has received huge interest from new customers to test our made-in-America Supercells for their high-performance market needs. We look forward to meeting our current customer’s sampling commitments, while building additional growth in new market segments, with the shipment of our A-Sample prototype cells. These cells achieve a leap in all-around Li-ion performance thanks to our Atomic Armor technology.”

    Paul Lichty, CEO of Forge Nano

    Potential applications

    Forge Battery claims that its Gen. 1.1 Supercell is suitable for a wide range of applications beyond road vehicles.

    The company cited aviation, special electric vehicles, and the Department of Defense as potential areas of application for the Gen. 1.1 Supercell.

    Forge Battery aims to finally initiate commercial production at its North Carolina gigafactory in 2026. Impressively, these cells consist of 90% US-supplied battery materials, enabling it to access government subsidies.

  • Tesla Electric expands with Sunrun partnership

    Tesla Electric expands with Sunrun partnership

    Tesla, through its electric utility unit Tesla Electric, has just teamed up with American renewable energy company Sunrun to expand its operations in Texas, United States.

    Tesla, Sunrun join forces to drive clean energy adoption

    According to the press release, the partnership aims to support the state’s electric grid using customers’ solar panels and battery energy storage systems (BESS).

    Tesla and Sunrun already registered over 150 customers in Texas, with plans to further boost enrollments for the program while they dispatch battery-stored solar energy from participating households. By doing so, the partnership expects to significantly expand available electricity reserves on the electric grid during high consumption periods.

    As part of this partnership, Sunrun is already collaborating with Tesla to use Powerwalls with its solar installations.

    “Sunrun customers who enroll will be participating in ERCOT’s Aggregated Distributed Energy Resources pilot program aimed at strengthening grid reliability by networking together customer-sited storage devices to serve as a resource for the wholesale electricity market.

    Additionally, customer Powerwall batteries will also help to lower the costs of energy at the wholesale level. The resulting energy cost savings will be shared with customers.”

    Sunrun

    Sunrun indicated that Tesla Electric customers in Texas will receive an annual compensation of $400 per Powerwall in 2024 for participating in the program.

    About Tesla Electric

    The Musk-led company established Tesla Electric in 2022 after yielding promising outcomes from its virtual power plants (VPPs).

    Since then, Tesla Electric has been automatically buying/selling electricity for Tesla Powerwall owners to help them avoid peak prices.

    Tesla currently only offers the service to its Powerwall owners in Texas and the United Kingdom. However, the company seems to be striving to expand the reach of its products through this new division.

    Now, Tesla is apparently seeking to leverage Sunrun’s large customer base in Texas to further grow its electricity retailing business.

    Accelerating adoption of solar and storage technologies

    The new partnership comes just weeks after Hurricane Beryl brought widespread power outages to almost 3 million homes and businesses. Before that, the state also suffered from a “devastating and deadly” electric grid meltdown due to the winter storm in February 2021.

    Such catastrophes highlight the importance of adopting clean energy resources, such as solar and battery storage systems, to support the electrical grid.

    “Texas grid has already experienced a traumatic spring and summer due to weather vulnerabilities and we know the state also needs more power to meet soaring demand on a daily basis. We’re eager to bring Sunrun’s on-demand battery response expertise to help make the grid more resilient against outages.

    Texas families are increasingly opting to add batteries to their solar installations. On-site energy storage not only provides homeowners peace of mind with outage protection but also enables them to participate in programs like these by contributing to solutions that better the lives of those in their communities.”

    Sunrun CEO Mary Powell

    The Tesla-Sunrun partnership will undoubtedly give homeowners greater energy control, security, and independence. In addition, it will enable users to obtain incentives for sharing electricity from their Tesla Powerwall batteries while also helping to stabilize the electric grid.

  • Electric vehicle battery costs plummet 90% from 2008 to 2023

    Electric vehicle battery costs plummet 90% from 2008 to 2023

    Li-ion battery pack prices for light-duty vehicles declined by an astounding 90% from 2008 to 2023 on average, according to the Department of Energy’s (DOE’s) Vehicle Technologies Office’s estimates.

    Notably, the DOE used 2023 constant dollars to signify purchasing power (adjustment for inflation).

    EV battery pack prices have fallen 90% since 2008

    Electric vehicle battery pack prices for a light-duty vehicle in 2008 declined by a whopping 90% in 2023, per the DOE’s estimates.

    To be specific, a kilowatt-hour of usable EV battery capacity cost approximately $139 last year. This amount indicates a notable drop from $1,415/kWh in 2008. According to the report, the DOE based this calculation on a “usable-energy basis for production at scale of at least 100,000 units per year.”

    The significant drop in li-ion battery pack prices managed to outpace inflation (refer to the “current dollars” in the chart below):

    Industry breakthroughs lead to cheaper batteries

    The astounding 90% slide in li-ion battery pack prices for light-duty vehicles is primarily due to major innovations in battery technologies and chemistries.

    In addition, breakthroughs in battery manufacturing and increased production volume also played a crucial role in the substantial price decline of li-ion battery packs.

    Declining battery prices to accelerate EV market growth

    Considering a price of $139/kWh of usable battery capacity, a brand new 100 kWh pack would total $13,900. Meanwhile, the more prominent 80 kWh battery pack should cost $11,120.

    Therefore, the battery pack remains a significant portion of the overall cost if the electric vehicle is in the price range of $35,000-$40,000.

    Nonetheless, the 90% decline in battery pack prices from 2008 to 2023 is still a significant progress in the electric vehicle industry.

    It would be interesting to see whether EV battery prices will continue to decline in the following years. Upcoming new battery technologies and potential increases in production will undoubtedly play a significant role in sustaining the downward trend in EV battery prices.

    Recycling may also help battery makers in reducing material and production costs, thus making their products less expensive.

  • NIO celebrates its 50 millionth battery swap on August 5, 2024

    NIO celebrates its 50 millionth battery swap on August 5, 2024

    Chinese electric automaker NIO has achieved its 50 millionth battery swap service milestone early this month, signifying a significant advancement in its signature service.

    NIO’s battery swap service tops 50 million

    NIO announced Monday the successful achievement of its 50 millionth battery swap service on August 5 at 11:33 pm Beijing time, according to the company’s recent Weibo post.

    This major accomplishment signifies NIO’s provision of a cumulative total electricity of 2.62 billion kWh through its battery swap network, which is sufficient to power over 1.31 million households annually.

    NIO further disclosed that battery swap stations provide almost 60% of the power accumulated by its electric vehicles. Even more, the company outlined that its battery swap service has saved EV owners over 2.85 billion minutes compared to public charging.

    As for the monetary measure, NIO claimed that its battery swap service has enabled owners to save over RMB 20.3 billion yuan ($2.85 billion) compared to gas-powered counterparts. This amount equates to an average of RMB 36,000 yuan per NIO EV owner.

    https://twitter.com/NIO_Worldwide/status/1820818168970936691

    NIO’s battery swap network milestones

    NIO has already deployed 2,464 battery swap stations in China to date. Of that total, 825 stations are located along highways.

    NIO established its inaugural battery swap station in Shenzhen on May 20, 2018. After 29 months, the company achieved its first millionth battery swap service.

    The battery swap service hit its ten millionth milestone on July 4, 2022, four years after inception. The company crossed the 20 million battery swaps mark on April 3, 2023, just nine months since the ten millionth milestone.

    On October 9, 2023, the company secured 30 million cumulative battery swap services. The 40 millionth milestone followed on March 14, 2024.

    On August 5, 2024, NIO finally achieved its 50 millionth battery swap service milestone.

    Battery swap model gains traction as industry standard

    So far this month, NIO’s battery swap network has already completed an average of 79,000 services per day. Interestingly, the company also disclosed that, on average, one NIO EV gets a battery swap every 1.1 seconds.

    All that said, the battery swap model is indeed gaining momentum as a potential industry standard for electric vehicles. This technology offers several advantages over traditional charging, such as faster replenishment times and the potential to extend battery life.

    As more automakers and infrastructure developers adopt this technology, it could further accelerate the wider EV uptake.

  • CATL bets big on future of flight with Autoflight investment

    CATL bets big on future of flight with Autoflight investment

    Chinese battery giant CATL is expanding its reach into the emerging electric vertical take-off and landing (eVTOL) aircraft industry with a new investment in the startup Autoflight.

    CATL and Autoflight join forces to power the skies

    CATL invested “hundreds of millions of dollars” in Chinese eVTOL tech developer Autoflight as it seeks to expand its business beyond electric vehicle batteries.

    According to the press release, CATL and Autoflight reportedly inked an exclusive strategic investment and cooperation agreement to advance eVTOL tech development on August 3, 2024.

    Autoflight claims that the new partnership demonstrates CATL’s strong recognition of its core competitiveness and the long-term” growth prospects in the eVTOL industry.

    AutoFlight expects CATL’s extensive Research and Development (R&D) expertise, industrial base, and reliable industry chain advantages to help it reach major breakthroughs in eVTOL technology.

    Partnership details

    As part of the agreement, CATL and Autoflight aim to form a long-term alliance mainly for joint R&D initiatives regarding eVTOL aviation batteries. 

    They seek to significantly improve eVTOL batteries’ energy density and overall performance to enable longer flight distances and higher payloads without compromising stability and safety.

    The partnership is expected to speed up the innovations in eVTOL batteries, potentially boosting eVTOL aircraft’s technical capabilities.

    CATL enters emerging eVTOL sector

    CATL is currently dominating the global electric vehicle battery industry. Now, it seems to be attempting to expand the application of its innovative battery technologies in other industries.

    CATL introduced its groundbreaking Condensed Battery in April 2023, which it claims to be suitable for electric airplanes. In addition, Chairman Robin Zeng announced in the Summer Davos Forum in late June that CATL was already making strides on its electric manned aircraft project., potentially enabling a range of approximately 2,000 to 3,000 kilometers between 2027 and 2028.

    Now, CATL is heavily betting on AutoFlight’s eVTOL technologies. After completing this major financing, the eVTOL startup will continue to pursue in-depth R&D and widespread eVTOL application. AutoFlight aims to accelerate the airworthiness certification of its manned Prosperity passenger aircraft.

  • Tesla Model 3 proves EV endurance: 200K miles, minimal battery degradation

    Tesla Model 3 proves EV endurance: 200K miles, minimal battery degradation

    A Tesla Model 3 owner has just recorded 200,000 miles on his electric sedan’s original battery pack and motors in less than six years. Despite this, the EV only showed minimal range loss.

    Minimal battery degradation after 200K miles

    A 2018 Tesla Model 3 Performance owner named Lawrence has clocked 200,000 miles on the original 75 kWh battery pack in almost six years with a 244 Wh/miles efficiency, according to YouTube content creator Tesla Joy.

    Despite reaching high mileage, Lawrence reported a net loss in range of just approximately 9-10%.

    Impressively, Lawrence emphasized that this battery degradation rate has no longer increased since his Tesla Model 3 reached 100,000 miles. The initial battery capacity decline was reportedly more apparent in the first 50,000-70,000 miles.

    The owner further noted that he often utilizes supercharging technologies for his Tesla Model 3, claiming that the charging rate can still hit up to 250 kW with appropriate preconditioning. This result implies that supercharging did not significantly damage the electric sedan’s battery.

    In addition, the electric sedan only needed minimal upkeep. Lawrence outlined that his Tesla Model 3 still maintains its original brake pads. Aside from a minor control arm issue, the electric sedan has not encountered significant mechanical problems. A supercharger circuit did require a fix before the car hit 155,000 miles, primarily due to its age rather than excessive use. As expected, Lawrence has replaced the tires multiple times, mostly due to punctures from nails instead of general wear and tear.

    Tesla’s after-sales support

    While the 2018 Tesla Model 3 Performance in question impressed with its remarkable battery durability and low maintenance cost, Lawrence’s ownership has not really been smooth sailing.

    He shared his dismay with Tesla’s after-sales support system regarding his electric sedan’s persistent seat sensor issue. This malfunction reportedly needed a high-cost out-of-warranty repair.

    EV longevity concerns sidelined as Tesla Model 3’s battery and motors endure

    Electric vehicles have long been associated with longevity and battery degradation issues. However, ongoing advancements in battery technologies continue to address most of these apprehensions.

    Lawrence’s 6-year ownership experience with his 2018 Tesla Model 3 Performance demonstrates its remarkable longevity and low maintenance cost.

    EVs are indeed cheaper to maintain than their ICE counterparts due to their lesser moving parts. In addition, it also proves that EV batteries really last a significant amount of time, contradicting critics’ claims that owners “have to get a new battery every 75,000 miles.”

    You can watch the Tesla Joy’s full YouTube content below: