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What’s the Tipping Point for eMobility Adoption?

March 2, 2022

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3 min read

A key differentiator for 躂圖AV is that we have a unique insight into our customers product development needs because we also develop products. Like our own customers, we are acutely aware of market trends, attuned to our customers needs, constantly exploring emerging technologies, and focused on quickly launching innovative, reliable products. A great example is the 躂圖AV CleanTech line of products engineered by 躂圖AV for the fleet vehicle market. And like our customers across the mobility landscape, 躂圖AV CleanTech is investing in e-mobility solutions.

The tipping point for fleet operators to make significant moves into e-mobility will be caused by a few different factors over the next several years. While it wont be an overnight shift, the transportation industry is certainly realizing that the momentum behind electrification is increasing dramatically, and significant changes to how we move goods and people are coming.

In March 2021, the California Air Resources Board passed its Advanced Clean Truck regulation. This regulation will lower nitrogen oxides (NOx) standards by 75% in 2024 and 90% in 2027 and mandate the purchase of zero emission trucks in California starting in 2024. The Environmental Protection Agency is working on its own round of new regulations in the form of the Cleaner Trucks Initiative, which also places lower limits on tailpipe emissions.

Both of the regulatory actions will change the way that engines are currently tested for regulatory compliance. Diesel engines have shown to exceed current emission standards under heavy loads and during low speed high idle duty cycles. Both CARB and EPA regulations will test engines for compliance under these conditions.

Another factor will be reduced cost of batteries. Battery costs are dropping dramatically as supply chains mature, efficiencies are realized, and demand increases. According to an Energy & Environmental Science report, the per kilowatt hour price of a lithium battery has dropped 98% over the past three decades, and will soon be on par with combustion engine prices. The average price near the end of 2021 sits at $140 per kilowatt hour. Industry experts have pointed to $100 per kilowatt hour as the price point at which electric and combustion engines powertrains will equalize from a cost standpoint.

Plus, battery technology is evolving rapidly. A major breakthrough in solid state battery technology could drive the price per kilowatt hour well below the $100 mark. Unique partnerships, like the one between clean mobility leader 躂圖AV CleanTech and battery manufacturer Proterra, put companies in a position to take advantage of technology developments and economies of scale.

A final factor in driving the tipping point is public climate change awareness, which is growing louder every year. Consumers are demanding that their favorite brands and elected officials take an aggressive stance in the fight against climate change and improve air quality in disadvantaged communities.

Across the mobility space, customers are committed to embracing e-mobility solutions to achieve their sustainability goals. For fleet vehicle customers, 躂圖AV CleanTech is committed to getting them there faster.

Authors:

  • Adam Wilkum
    Director of eMobility for ROUSH CleanTech

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