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Electric vehicles (EVs) require different skills than conventional cars. They are less expensive and require less maintenance, but they require a different type of training. Major automakers are making these changes and are backing them up with hard investments. By 2030, many of them are planning to sell all of their vehicles as EVs.
EVs require different skills
The shift to EVs will disrupt jobs in the auto industry, but not just for those in manufacturing. The shift will also affect the workforce in parts production and maintenance. This will have a significant impact on ancillary industries like dealerships and auto-body shops. The federal government needs to support American workers in the transition to EVs by investing in expanding domestic manufacturing.
In addition to creating new jobs, EV deployment will also require new and evolving skill sets. Some existing jobs could also be repurposed for EV production with additional education. These factors will determine the number of EV jobs needed. It is critical to understand the future labor market dynamics as these changes unfold.
They are less expensive
Electric vehicles are less expensive to purchase, maintain, and operate than gasoline-powered vehicles. They also have fewer moving parts and need less maintenance. Most EVs cost between $30-40,000 on the sticker price, which is comparable to a luxury performance car. The price of a new electric vehicle can be further reduced by tax credits and other incentives. These incentives can even cover the cost of installing home charging stations.
Electricity rates are much more stable than gasoline prices, so they’re cheaper to maintain. Over the last ten years, gasoline prices have fluctuated between $1.50 and $4.00 per gallon, while electric car owners paid approximately $1.20 a mile over the same time period and distance. This consistency, coupled with lower costs of renewable energy sources, makes electric cars a more affordable option.
They require less maintenance
When compared to traditional fuel-based cars, electric vehicles require a lot less maintenance. This is due to fewer moving parts, such as the battery. Keeping the battery charged is essential as it helps to preserve its life span. It should also be stored in an area away from flammable materials, such as oil. You should also keep the oil, liquid, and coolant levels in the vehicle at the proper levels.
Electric vehicles may be easier to maintain, but they still require some extra cash for repairs. Service centers may need to spend more time working on EVs than on conventional vehicles, as diagnosing issues requires 1.5 times the labor hours. The cost of labor is also higher, since the EVs require additional certifications.
They are heavier
Increasing the number of electric vehicles is expected to result in a renaissance of the auto workforce, a positive for workers and unions. The emergence of electric vehicles will open new avenues for unionization, training, and higher salaries. However, there is one potential downside: the looming threat of fewer jobs and lower wages resulting from the shift to electric vehicles.
Currently, vehicle manufacturing employs about a million workers in the United States, according to the Bureau of Labor Statistics. Since electric vehicles require fewer moving parts than conventional cars, they require 30 percent fewer labor hours than conventional cars. Despite these potential job losses, the auto industry is a vital part of the American economy. An increase in domestic production and an increased number of assembled vehicles could offset these projected losses.
They are more environmentally friendly
Electric vehicles are cleaner to operate than petrol-powered cars, but there are some drawbacks. They need to be recharged and require more energy to produce batteries, so making them can be an environmental drain. Despite this, total emissions from producing an electric vehicle are still much less than those produced by a gasoline vehicle. Moreover, electric vehicles emit zero tailpipe emissions and produce far less GHGs during operation.
Another key advantage of an EV is that they don’t use brake fluid or motor oil. These fluids can contain heavy metals that harm aquatic life. These chemicals eventually make their way into our waterways as runoff. Moreover, EVs use a sealed system, so battery coolant rarely needs to be changed.