Here's some food for thought around electrical vehicles. In this recent article in The American Conservative, Jordan McGillis argues that, "the electric vehicle is the climate idol of the unimaginative."
Rather than simply changing what's under the hood of our cars, we should be reexamining the broader impacts that the car has had on the urban landscape. Here's an excerpt that speaks to this:
"All of the effort directed towards EV adoption would be better expended on improving our development patterns, bringing them to human-scale and reducing the necessity of the automobile. The obvious reform candidate is zoning. According to the New York Times, it is illegal to build anything other than a single-family home on 75 percent of land zoned for residential use in the United States. Zoning exclusively for single-family homes artificially flattens our cities, necessitates daily automobile commutes, and increases our greenhouse gas emissions.
, suburban sprawl bears more responsibility for increased emissions from transportation than either population or GDP.
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There is no question that electric vehicles are helpful to addressing climate change. But Jordan is also not wrong. We can't ignore that built form is crucial to this discussion, and likely even more important.
First, I read Bloomberg Green's daily newsletter (Nathaniel Bullard) and came across the following statistic. In 2001, the world installed 290 megawatts of solar generating capacity. This year, the world is likely to install more than 100 gigawatts of solar -- that's 350x more per year than we were installing 19 years ago. You can also see how things have changed by looking at the above chart showing wind and solar asset financing per year.
This week, Union Square Ventures, which describes itself as a "thesis-driven venture capital firm," announced
. The thesis for this fund is pretty simple. They want to invest in companies that either provide mitigation for or adaption to the climate crisis. The thinking behind this approach is as follows. They want to invest in companies that directly attack the causes of climate change (mitigation), but they are also recognizing that the climate crisis is not some distant thing. It's already here, which is why it's important to also focus on companies that are dealing with the consequences of it (adaptation).
One of their first investments is in a company called Leap. What Leap does is provide the connective (software) tissue between local energy devices/applications and the broader energy markets. For example, let's say you have a Leap-enabled smart thermostat. If the grid is in need of power, it might automatically reduce your local energy consumption so as to help with load balancing on the broader network. In exchange for this, you would earn money for your contributions. In effect, Leap acts as a kind of virtual power plant.
Why does this matter? Well, it matters because two important things seem to be happening with energy production: (1) It's moving toward renewables and (2) production and storage are both decentralizing. Assuming this trend continues, there will be an increasing need for software to help manage energy consumption, production, load balancing, the broader energy markets, and so on. That's where companies like Leap come in. It's also why many are arguing that Tesla is so valuable. More than an EV company, it is creating a new decentralized renewable energy network through its car batteries, powerwalls, and solar panels.
Second, I read about Fred Wilson's SunPower Solar system and how, since May, he has been able to satisfy 91.5% of his home's electrical needs via solar (this includes an electric vehicle). In fact, during the month of May when temperatures were a bit cooler, he had a surplus. He was producing more than he was consuming, and so he was selling that excess production back into the grid. It wasn't until the summer months and higher AC usage that he started having a shortfall.
Now I don't know where his house is located or what its roof looks like, but it is interesting to consider both the macro and micro scale. 91.5% signals to me that it shouldn't be much longer before many people and many homes no longer need to draw any power from the grid. That's going to be a game changer.
