I'd like to put to rest some of the "rare earth" nonsense he has been spouting. Here's an image linked from his site where he criticizes EV's:
Okay, let's go through that:
- Diesel fuel additive - I'm not aware of any diesel-based hybrid cars on the market.
- UV Cut Glass - Cerium. Right, like we don't find that on every other type of car, including biodiesel cars.
- Glass and Mirrors Polishing Powder - this one is strange. First of all modern glass sheets aren't polished, they're made as float glass and are inherently smooth. Secondly it's commonplace to use cerium oxide as a polishing compound for optics, but alternatives have been in use for centuries and still work; simple economics will decide which is used. Plus all other cars need windows and mirrors. Silliness.
- LCD Screen - okay, try and sell a biodiesel or any other type of modern car without one.
- Component Sensors - uh, sure, ICE vehicles (including biodiesels) have sensors. Lots of them.
- Hybrid Electric Motor and Generator - well, Telsa doesn't use rare earths in their motors, and they don't use a rare-earth laden ICE either.
- Headlight glass - are your biodiesel cars not going to have headlights?
- 25+ electric motors throughout vehicle - yeah, just like every other car. Electric seats, electric windows, etc.
- Catalytic converter - Tesla doesn't use them.
- Hybrid NiMH Battery - Tesla doesn't use them.
Okay, the point is, most of the materials he brings up are components of ALL cars. It has absolutely nothing to do whatsoever with whether it's an EV. So this cannot be used as a basis to criticize them - all the same things apply to his favorite biodiesel powered cars.
Also listing how
many rare earths are used is completely foolish, never mind that he claims more than are in the Periodic Table. The question is one of
mass consumed to make the vehicle. And while some hybrid EVs may use very large quantities for their motors and batteries, Tesla does not. And Tesla avoids the rare earths involved in making the ICE, like those found in biodiesel powered cars.
In summary, Mr. ETC's analysis is both superficial and internally inconsistent. Tesla doesn't have any more potential issues with rare earths than any other manufacturer, and likely has a lot
less. If some rare earths do eventually become supply limited, then alternative sources will be developed. And if they still become too expensive or hard to get then companies will find alternative ways of making things. Like using old fashioned jeweler's rouge (iron oxide) to polish glass, for example.