How does this company make money?
The company sells vehicles directly to customers, without going through franchise dealerships, which keeps more of the sale price. It sells Megapack battery systems to utilities and large commercial buyers. When other automakers cannot meet government emissions requirements on their own, they buy regulatory credits from the company. It also collects usage fees from non-Tesla vehicles that charge on the Supercharger network.
What makes this company hard to replace?
The Full Self-Driving software learns from driving data collected by the existing fleet of Tesla vehicles, so switching to a different car means leaving behind the neural network trained on your own driving patterns. The Supercharger network's authentication is built into the vehicle's own software, so a Tesla owner cannot simply use a competitor's charging network the same way. Powerwall home battery systems are managed through the Tesla mobile app using proprietary communication protocols, so switching to a different energy system means replacing both the hardware and the app.
What limits this company?
The machines that coat electrodes and assemble structural battery packs take 18 to 24 months to order, deliver, and install. That means the company cannot add cell-making capacity any faster than that cycle allows. Because cell output sets the speed of everything downstream, vehicle production is capped by the same clock.
What does this company depend on?
The company cannot run without lithium hydroxide and nickel sulfate for battery cathodes, rare earth elements for the permanent magnet motors, and semiconductor chips for the Full Self-Driving computer hardware. It also depends on battery cell manufacturing partnerships with CATL and Panasonic, and on keeping its Nevada Gigafactory 1 and Shanghai Gigafactory 3 facilities operating.
Who depends on this company?
Supercharger network operators rely on the company's standardized connector protocols and charging authentication systems to function. Solar roof installation contractors earn most of their revenue from Powerwall battery system sales, so if Powerwall deliveries stopped, their businesses would stall. Utilities and grid operators running large energy storage projects depend on Megapack delivery schedules to meet their grid interconnection deadlines — a late or missed delivery can hold up an entire project.
How does this company scale?
Battery cell chemistry and vehicle platform designs can be copied across new Gigafactory locations using identical equipment. What does not scale easily is the Gigafactory itself — each new site needs its own permits, utility connections, and 3 to 4 years of construction before it can produce a single cell or vehicle.
What external forces can significantly affect this company?
Chinese government export restrictions on lithium and rare earth elements could cut off critical battery materials. Federal Reserve interest rate increases make car loans more expensive, which pushes buyers away from new vehicle purchases. The California Air Resources Board's Zero Emission Vehicle mandate creates demand for the company's regulatory credits, so changes to that policy would affect a revenue stream the company sells to other automakers.
Where is this company structurally vulnerable?
If the Chinese government restricted exports of lithium or rare earth elements, the cathode materials feeding the Gigafactory cell lines would run short. Because there is no outside pack supplier to fall back on, both battery product shipments and vehicle assembly at the affected facility would stop at the same time. And because replacement equipment takes 18 to 24 months to procure, there is no quick way to switch to a different chemistry or source.
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