One of the common criticisms of electric vehicles is that, because they generally require more carbon to make than gas cars, they aren't really "greener." Well, here's a chart from Bloomberg that looks at lifetime emissions per vehicle for both gas cars and EVs:

The orange bars represent carbon emitted during manufacturing and scrapping (i.e., the dismantling of the car and the safe disposal of the battery). These processes are carbon-intensive. But it's during the driving/fueling phase where EVs shine.

The above chart assumes a vehicle life of 200,000 kilometres. Over longer mileage periods, this chart of course looks even better. At the same time, companies are actively working to reduce the orange bars. Polestar is targeting a net-zero car by 2035.

Importantly, this isn't going to be done through offsets. It's being done by greening their supply chain, which they record on a blockchain for transparency and finality. Each and every car comes with a Life Cycle Assessment.

My current car is over 8 years old, and I remember thinking when I bought it that it would be the last gas car I ever owned. That's right.

Cover photo by Kenny Leys on Unsplash

Chart from Bloomberg

One of the great features of the so-called gig economy is that many of its businesses operate with an asset-light model. Uber, for instance, relies on drivers showing up with their own cars. This is the opposite of, say, the real estate industry, which, for a lot of business models, is both capital-intensive and asset-heavy.

But there is one problem with the asset-light model, and it's that it may not work forever. The Financial Times just reported that Uber has committed to spending $10 billion over the next few years on actual cars and on equity investments in various strategic companies.

For instance, earlier this month, electric vehicle company Lucid announced that Uber will be investing $500 million in the company and buying at least 35,000 of its cars.

This is gig-economy blasphemy, but it's very obviously an existential concern for the company. Uber needs to be in the AV race, or else asset-light could be an asset-liability. The thing that helped Uber become successful in the past now seems to be what they need to overcome in this new mobility race.

On a loosely related note, I find it somewhat amusing that cities are now starting to push back against robotaxis out of fear that they will displace Uber drivers. If you were following Uber in its early days, you'll know that cities fought the company vehemently because of the taxi lobby. Now they're trying to protect it.

Cover photo by Erik Mclean on Unsplash

According to Bloomberg Green, there are now at least three car manufacturers -- Tesla, Hyundai-Kia, and GM -- with electric vehicles that (1) have a range greater than 300 miles (480 kilometers) and (2) cost less than the average price of a new vehicle in the US (which is currently around $47,000). This means that we are now approaching price parity:

This is an important adoption milestone, even if it does, at this point, feel totally expected. The International Energy Agency (IEA) is forecasting full price parity by 2030. But in my mind, I'm already done with ICE vehicles. When I bought my current car over 6 years ago, I knew it would be the last internal combustion engine I ever own.