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ELECTRIC CARS FACTS AND MYTHS

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Able Electric’s Electric Vehicle Myths Busted

As the electric vehicle (EV) revolution gains momentum, it’s not surprising that myths and misconceptions about these eco-friendly rides have surfaced. At Able Electric, we’re here to debunk some of these common myths and set the record straight on the incredible potential of EVs.

Myth 1: The electricity grid won’t be able to handle the increase in EVs

This misconception suggests that the electricity grid will buckle under the pressure of widespread EV adoption. But fear not, this myth doesn’t hold water when we dive into the details.

The electricity grid’s capacity is twofold: availability of electricity and the capacity of the wires to carry it. The transition to EVs is a gradual process, not an overnight transformation. Renewable energy sources are on the rise, delivering clean and green electricity. Simultaneously, the electricity grid is evolving to accommodate this surge in demand.

In the UK, the government has introduced Electric Vehicle Smart Charge Points Regulations, ensuring EVs charge during off-peak hours and when renewable energy is plentiful. In the US, Smart Chargers and Time of Use Rate programs play a similar role, evenly distributing the load throughout the day.

Myth 2: The electricity used to charge EVs is created by burning fossil fuels, so there are still emissions involved

This myth ignores the remarkable shift toward renewable energy sources in the electricity mix. In the UK, zero-carbon power has surged from under 20% in 2010 to nearly 50% in 2022. The closure of coal plants and the rise of wind farms have transformed the landscape.

Apps like the WhenToPlugIn app, along with smart energy tariffs, are helping us utilize cleaner energy. The US is also reducing its reliance on fossil fuels for electricity production, with coal and oil accounting for just a fraction of the mix in New England and New York.

Myth 3: EVs are slower than petrol and diesel cars

Don’t be fooled by this myth—EVs can pack a punch. Just look at Formula E racing, where EVs accelerate from 0 to 62mph in a mere 2.8 seconds, outpacing many high-performance vehicles. While average EVs might not hit the same top speeds, their rapid acceleration gives them an edge.

Unlike internal combustion engines, EVs deliver maximum torque from the get-go, ensuring swift acceleration from the moment you start rolling. This quick acceleration makes for a thrilling driving experience.

Myth 4: EVs are much more expensive than petrol and diesel equivalents

While early adopters might experience slightly higher upfront costs, this myth overlooks the trajectory of new technologies. EV battery prices are already dropping, promising reduced upfront expenses in the future.

Considering the “whole life cost” of a vehicle reveals the true story. EVs depreciate less than their traditional counterparts and boast lower running and servicing costs. Incentives and tax credits, like those offered under the US Inflation Reduction Act, further level the playing field.

Myth 5: We’ll end up with lots of EV batteries going into landfill

Rest assured, EV batteries are more sustainable than you might think. These batteries benefit from advanced power management systems that extend their lifespans. Many come with warranties guaranteeing several years of reliable use.

Even if a battery outlives its vehicle, recycling and repurposing take center stage. These batteries can be recycled or repurposed as energy storage units for homes and businesses, minimizing waste.

Myth 6: Electric vehicles don’t go far enough on a single charge and take a long time to charge

EVs have found their sweet spot in the 200-300 mile range, striking a balance between cost and range. Most daily commutes and trips comfortably fall within this range, making longer pit stops unnecessary.

Ultra-rapid chargers, available now, can power up your EV in just 15-20 minutes—perfect for breaks during longer journeys. Charging at home, during the night, also covers the majority of your charging needs.

Myth 7: The infrastructure isn’t able to support a lot of people driving electric vehicles – especially in rural areas

Infrastructure concerns shouldn’t discourage EV adoption. In the US, the number of EV charging ports rivals that of gas stations. New stations continue to spring up, supported by public and private investments. Legislation like the Bipartisan Infrastructure Law allocates substantial funds for EV charging expansion.

In the UK, National Grid has strategically planned ultra-fast charging locations, ensuring that EV drivers are never far from a charging point, even in rural areas.

Myth 8: Electric cars break down more than normal cars

In reality, the opposite is true. With fewer moving parts, EVs experience fewer breakdowns than traditional combustion vehicles. They also require less maintenance and boast longer-lasting brake systems thanks to regenerative braking technology.

Dispelling these myths showcases the immense potential of electric vehicles. The road to an electrified future is paved with innovation, sustainability, and undeniable benefits. At Able Electric, we’re excited to be part of this journey toward a greener and smarter transportation landscape.

How Long Do EV Car Batteries Last

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If you’re contemplating the switch to an electric vehicle (EV) for environmental reasons, you may have questions regarding the fate of EV batteries once they’re no longer usable and whether they are recyclable. In this blog, we’ll delve into the lifespan of EV batteries and the various ways these batteries can be repurposed and recycled.

 

How long do EV batteries last?

First and foremost, it’s essential to understand that EV batteries have a longer lifespan than one might initially assume. On average, EV batteries are designed to endure for approximately 15 to 20 years or cover a distance of 100,000 to 200,000 miles. Their degradation rate is minimal, at only 2.3% of their maximum capacity per year. This remarkable longevity is made possible by an advanced battery management system that effectively safeguards battery cells by controlling their charging and discharging processes.

Moreover, most EV warranties guarantee that the battery will retain at least 70% of its capacity for a substantial 8 years or 100,000 miles. This stands in stark contrast to the typical warranty for internal combustion engine (ICE) vehicles, which generally only extends for 3 years or 60,000 miles. Additionally, there are numerous strategies to maximize the life of your EV battery, such as minimizing exposure to extreme temperatures and optimizing smart charging cycles. Taking all of these factors into consideration, you can rest assured that your EV’s battery will serve you well for many years to come.

 

Can EV batteries be reused?

Before recycling becomes necessary, EV batteries can be upcycled or repurposed. Various prominent organizations are exploring the potential of using upcycled EV batteries for grid-level solar energy storage. These repurposed batteries can effectively power buildings, homes, and businesses, offering an eco-friendly and reliable energy supply. Impressive examples of this approach can be found worldwide, including at Amsterdam’s football stadium, where 148 repurposed Nissan LEAF batteries harness sustainable energy generated by the stadium’s 4,200 solar panels.

 

Can EV batteries be recycled?

When EV batteries reach the end of their usable life, recycling is a viable solution. Recycling techniques for EV batteries continue to improve, with some methods recovering up to 95% of the raw materials. Recycling consumes less energy than manufacturing batteries from scratch, and the reclaimed materials can be utilized in the production of new batteries. The European Union mandates that EV batteries must be at least 50% recyclable by weight, with plans to increase this to 65% by 2025.

There are several recycling processes available, including pyrometallurgy, which relies on high temperatures to extract valuable materials by incinerating non-metal parts. While effective, the industry is transitioning to the more energy-efficient hydrometallurgical process, which uses chemical solutions. This method can achieve a recovery rate of over 98% for key metals and is adaptable to different battery chemistries.

EV batteries have the potential to be either repurposed or recycled, and the technology behind these processes is continually evolving to become more environmentally friendly. When you decide to embark on your electric vehicle journey, don’t hesitate to get in touch with us at Mr. Charger. We are the UK’s electric vehicle charging specialists, with friendly, local teams situated throughout the country. As approved installers for leading charge point manufacturers, we offer expert guidance from the beginning to the end of your journey. Discover your local team and kickstart your EV journey today.
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