19 eye-opening lies about EVs spun by lazy, incompetent clickbaiteers (a real word)

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19 eye-opening lies about EVs spun by lazy, incompetent clickbaiteers (a real word)

Misleading claims about electric vehicle costs and benefits are debunked, revealing their true affordability, low emissions, and competitive market options despite some misconceptions and challenges 

Questions to inspire discussion

EV Market and Pricing

🚗Q: What's the current average price of new cars in the US?
A: As of July 2024, the average new car price in the US is $48,401, down from a peak of $49,929 in December 2022, due to factors like easing supply chain issues and increased production.

🔋Q: What's one of the most affordable electric vehicles available?
A: The Nissan Leaf, priced at $30,000, offers a range of 150-200 miles, making it a cost-effective option for those seeking a real car at a lower price than average.

Environmental Impact

♻️Q: How does EV ownership duration affect environmental benefits?
A: Studies show that the longer you own an EV and the more you drive it, the faster you recoup the environmental benefits, offsetting the initial higher carbon footprint of production.

Charging Infrastructure

🔌Q: What should potential EV owners consider regarding charging options?
A: EV owners need to research the availability and cost of both home charging infrastructure and public charging stations in their area before purchasing, as options can vary in convenience and expense.

Insurance Considerations

💰Q: How do insurance premiums for EVs compare to traditional vehicles?
A: Insurance premiums for EVs may be slightly higher due to the higher cost of the vehicle, but the difference is not necessarily significant, and shopping around for rates can help mitigate increases.

 

 

Key Insights

EV Market and Pricing

🚗The average new car price in the US as of July 2024 is $48,401, down from a peak of $49,929 in December 2022 due to easing supply chain issues, increased production, and changing consumer demand.

🍃The Nissan Leaf, priced at $30,000 with a range of 150-200 miles, stands out as one of the cheapest EVs available, offering a real car option at a substantially lower price than the average.

EV Ownership Considerations

🔌Home charging infrastructure convenience must be weighed against potential inaccessibility and scarcity of public charging stations, requiring prospective EV owners to thoroughly research local charging options before purchase.

Environmental Impact

🌱Studies show that longer EV ownership and increased mileage lead to faster recouping of environmental benefits, offsetting the initially higher carbon footprint associated with EV production.

Financial Aspects

💰While EV insurance premiums may be slightly higher due to higher vehicle costs, the difference is often not significant, and shopping around for rates can help mitigate potential increases. 

 

#FutureAzA #EV

XMentions: @FutureAzA 

 

Clips 

  • 00:00 ⚡ Misleading claims about electric vehicle costs are debunked, highlighting their affordability, low emissions, and competitive market options.
    • The video critiques misleading claims about the hidden costs of electric vehicle ownership, emphasizing the benefits of EVs like reduced fuel costs and low emissions.
    • The average new car price in the US is around $48,424, but affordable EV options like the Nissan Leaf and Mini Cooper SE exist, albeit with limited range.
    • Affordable electric vehicles like the Hyundai Kona and Tesla Model 3 offer good range and incentives, making them competitive options in the market.
    • The claim that electric vehicles have a higher upfront price is outdated and no longer accurate.
  • 04:20 🔋 EV batteries cost $3,000 to $20,000, last 8-15 years, and have warranties of 8-12 years, outlasting traditional car engines.
    • EV battery costs typically range from $3,000 to $20,000, with most falling around $10,000, and they last between eight to fifteen years.
    • Electric vehicle batteries typically have warranties of 8 to 12 years, suggesting they should last significantly longer than traditional car engines, which average 10 to 12 years or 200,000 miles.
  • 06:35 🔌 Home charging for EVs is convenient but not universally accessible, leading to varying costs and reliance on public stations, necessitating research on local infrastructure.
    • Home charging for EVs is convenient but may not be accessible for everyone, leading to reliance on public charging stations, which can be costly.
    • Charging costs for electric vehicles vary, typically ranging from $100 to $200, with options for more expensive, feature-rich chargers available.
    • EV owners must research local charging infrastructure and costs, as advancements in battery technology and navigation systems have mitigated range limitations.
  • 09:39 ⚡ Charging an EV can take minutes to hours, debunking exaggerated claims of days, while the speaker critiques ads and distractions during charging.
    • The speaker humorously critiques ads and discusses the benefits of ad-blocking while highlighting the absurdity of distractions during charging times.
    • Charging an electric vehicle can take from a few minutes to several hours, but claims of it taking days are exaggerated.
  • 11:56 ⚡ Misconceptions about EVs, including charging efficiency and cost comparisons, often stem from misinformation, obscuring their true benefits and market realities.
    • Charging an EV at a level one outlet is inefficient, taking days to charge, while using a level two outlet significantly reduces charging time to around 24 hours for a Hummer EV.
    • Many common misconceptions about electric vehicles, such as charging costs and depreciation rates, are based on misinformation and do not reflect the actual benefits and realities of EV ownership.
    • Comparing the MSRP of Teslas to gasoline cars during the supply crunch is misleading, as the actual prices paid for gas cars were often higher, while Teslas reflected true market value, with depreciation affecting gas cars more significantly.
  • 15:43 🌍 EVs have a higher initial carbon footprint due to battery production but become more environmentally friendly than gasoline vehicles within one to two years.
    • Battery production for EVs involves environmentally impactful materials like lithium, cobalt, and nickel, but studies show that while EVs have a larger initial carbon footprint, they offset this within one to two years of use, making them ultimately better for the environment than gasoline vehicles.
    • The author Zoe appears to be unfamiliar with common knowledge regarding the topic discussed.
  • 18:16 🔋 EVs can have higher insurance and repair costs, but lower maintenance needs, while battery disposal raises environmental concerns.
    • Insurance premiums for EVs can vary and may be higher, but it's essential to shop around as rates depend on individual driver profiles and vehicle specifics.
    • EVs may have lower maintenance needs, but repair costs can be higher due to battery issues, and battery disposal presents significant environmental concerns.
    • Scrap metal from junked cars can still hold value through salvaged parts, even if the vehicle is no longer functional.
  • 21:11 🔔 Tomorrow's part two will continue the discussion, so stay tuned and subscribe for updates! 

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Duration: 0:21:36

Publication Date: 2024-11-08T21:05:53Z

WatchUrl:https://www.youtube.com/watch?v=Cr2a80v-wlo

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