#5 Tesla’s Competitive Advantage part 1: Battery Costs (The Case for TSLA...)
(This is post #5 in a series explaining my long-term TSLA investment philosophy. For previous posts, see
Articles/megaposts by DaveT)
I know I’ve promised to lay out what TSLA 3.0 is (see previous posts for TSLA 1.0 and TSLA 2.0 summaries) but before doing that I’d like to lay some more foundation by outlining what I believe to be Tesla’s main competitive advantages. This will help to form the context of why I think TSLA 3.0 is possible and why it will play a growing role in the stock price’s volatility in years to come.
Tesla’s battery costs is the first competitive advantage that I will cover. Tesla's competitive advantages are the main reasons why I think Tesla is in an unique position to be the most exciting and fastest growing auto maker in the world.
First, in order for other auto makers to compete directly with Tesla’s cars they need to get their battery costs down to Tesla’s level. The problem is Tesla is constantly improving their battery costs as they increase their supply agreements and also roll out the Gigafactory. While other auto makers have plans to meet Tesla’s current costs, I haven’t seen any auto makers that can keep up with Tesla’s dropping battery costs.
This poses problems for other auto markers. While they can compete in segments where Tesla isn’t (ie., the Leaf, etc), it’s difficult to compete with Tesla head-on since they’re not securing batteries at the same cost as Tesla.
One of the main reasons why Tesla has a cost advantage with batteries is because they are using a small-format battery, the 18650 format. They also have created their own cell design where they’ve stripped out all the extraneous parts of the cell since much of the cell management is done through their powertrain thermal management system (basically a system of computers monitoring each cell’s performance, state of charge, thermal state, etc).
In order for other auto makers to reach the level of battery costs that Tesla is and will achieve, they need to do the following:
1. Adopt small-format battery cells in their electric vehicles.
2. Build large gigafactories.
These two things are difficult for other manufacturers to achieve. First, to adopt small-format batteries for their electric vehicles, auto makers will need to create advanced software to manage the state of each cell and allow them to harmoniously all work together in a safe and efficient manner. Currently, I don’t see any auto maker have the expertise in software and electrical engineering needed to accomplish this. Their best bet would be to either spend a lot of money to hire this talent or to use a 3rd party (ie., another company) that specializes in these fields to create a battery pack with small-format cells. Either way, it’s definitely possible but it’s not going to be easy.
Second, other auto makers will need to build large gigafactories to achieve the same cost savings as Tesla does with their gigafactories. In other words, Tesla is going to see a massive reduction of costs with the scale of their gigafactories, and in order for other auto makers to keep up they need to make massive investments like Tesla. The other option is other companies like Samsung or LG make the massive investments and reach a cost savings similar to Tesla. However, I haven’t seen Samsung or LG or any other company with plans to make a battery factory even close to the scale of Tesla’s gigafactory.
Without going with the small-format battery cells and constructing gigafactories, other auto makers have little chance to reach the cost savings that Tesla is and will see with their batteries.
This is one of the main reasons why I think Elon Musk open-sourced Tesla’s patents. Elon would like to see other auto makers use the 18650 (or similar) cell format. The reason? Because that’s really their only chance to reach the cost savings needed to have compelling electric vehicles that compete with what Tesla will be releasing.
Even if other auto makers somehow managed to successfully make an electric vehicle using small-format batteries, then they would still need to make huge gigafactories to bring down their costs to compete with Tesla. The problem with this is that the electric vehicle market is still rather small and the management of other auto makers are rather practically-minded and would like to see proof of a large electric vehicle market before spending the capital required to make massive battery factories. They want to avoid the fate of spending billions of dollars to create battery factories only to find out that there isn’t demand for electric vehicles. Currently, the Model S is selling in tiny amounts compared to the overall market, and while it’s an intriguing product it does not convince any auto maker management team that they need to spend billions of dollars to create huge battery factories now. It probably won’t be until Gen3 sells like hotcakes when other auto makers start to see there’s substantial demand for electric vehicles, and that’s when they’ll probably take the electric vehicle market more seriously. By then, Tesla will have a firm and commanding lead in the electric vehicle market and will be on a path to expanding both gigafactories and car factories abroad.
In reality, the concern isn’t that competition is going to out-compete Tesla when and if they get serious with electric cars. The real concern is if other auto makers are going to be able to really ever compete. And if they aren’t able to compete, this threatens to slow down the EV revolution and the the transition of the world’s transportation to electric.
In the next few posts I’ll share more of what I believe to be Tesla’s other competitive advantages.