Latest / Pricing Power Podcast with Fexingo: How Businesses Set Prices, Raise Margins, and Win Customers / How Tesla Priced EV Batteries to Reshape the Auto Industry
Transcript
- Lucas: So we talk a lot on this show about companies pricing the final product — the iPhone, the 911, the Big Mac. But sometimes the most interesting pricing story isn't the product you buy. It's the component inside. Luna: The thing that makes the product possible. Lucas: Exactly. And I think the best example of that in the last fifteen years is how Tesla priced the battery in its electric vehicles. Not what they charged for the car — which was also fascinating — but how they drove the cost of the battery pack down from well over a thousand dollars per kilowatt-hour to somewhere around a hundred. Luna: That's a tenfold reduction. And it's the single biggest reason EVs went from a rich-person toy to something your neighbor drives. Lucas: Right. So let's anchor this in numbers. When Tesla launched the Roadster in 2008, the battery pack cost about fifteen thousand dollars for 53 kilowatt-hours of capacity. That's roughly $283 per kilowatt-hour just for the cells, and the pack assembly added more. The whole car cost over a hundred thousand dollars, and they sold about 2,500 of them. Luna: And that was never going to be a mass-market car. It was a proof of concept. Lucas: Exactly. Elon Musk was very public about the master plan: build a low-volume high-price car, use the revenue to build a medium-volume mid-price car, then use that to fund a high-volume affordable car. But the linchpin of the whole thing was battery cost. Luna: Because the battery is about 30 to 40 percent of the total vehicle cost. If you can't get that number down, you can't get the car price down. Lucas: Right. So in 2013, when they launched the Model S, they had already gotten battery cost down to about $240 per kilowatt-hour. That still meant a $70,000 car. But they were learning. Then in 2014, they broke ground on the Gigafactory in Nevada with Panasonic. And this was the big strategic bet: instead of buying cells from suppliers at market prices, they'd build the world's largest battery factory and achieve economies of scale that nobody else had. Luna: It's a classic make versus buy decision, but on an enormous scale. And they tied Panasonic's fortunes to their own. Lucas: Tesla committed to buying a certain volume, Panasonic committed to supplying the equipment and expertise. By 2016, Musk was claiming the Gigafactory would reduce battery cost by 30 percent. And by 2018, when the Gigafactory was partially operational, Tesla's pack cost was estimated at about $190 per kilowatt-hour. Then the Model 3 started ramping. Luna: And that's where the pricing really started to matter. The Model 3 needed to hit $35,000 to be the mass-market car Musk promised. Lucas: Right. And they couldn't get there without cheaper batteries. In 2020, Tesla held Battery Day and announced they were developing their own 4680 cell format — larger, more energy-dense, and designed to be produced at a fraction of the cost of the 2170 cells they were using. They also announced they'd vertically integrate cell production, not just pack assembly. Luna: That was a huge signal. They were saying, 'We're not just an automaker. We're a battery company.' Lucas: And it worked. By 2022, a BloombergNEF survey estimated Tesla's battery pack cost at about $132 per kilowatt-hour. By 2024, it was down to around $115. And by mid-2026 — today — many analysts put it at roughly $100 per kilowatt-hour. That's a 90 percent reduction from the Roadster days. Luna: And that allowed Tesla to cut the Model 3 price repeatedly. The standard range Model 3 started at $35,000, but then they dropped it to $33,000, then $30,000 after tax credits. And they still made margin. Lucas: Exactly. Tesla's automotive gross margin — excluding regulatory credits — hovered around 20 percent in recent years, despite price cuts. Compare that to traditional automakers who lose money on every EV they sell. Ford's EV unit lost about $50,000 per vehicle in 2023. Tesla was making money because they owned the battery supply chain. Luna: And that's pricing power at the component level. You can't compete on final price if you don't control the key input cost. Lucas: Now, here's where it gets really interesting. Because Chinese competitors like BYD have been driving battery costs even lower. BYD's Blade battery is rumored to cost below $90 per kilowatt-hour. And they've vertically integrated too — BYD makes its own cells, its own battery packs, and its own cars. So Tesla's cost advantage is shrinking. Luna: And BYD is pricing aggressively. The Seagull, their small EV, starts at around $10,000 in China. That's a price point Tesla can't touch. Lucas: Not yet. But Tesla's answer is the 4680 ramp. They're still scaling production at their Texas and Berlin factories. If they can get the 4680 to deliver the cost savings they promised — Musk said it would reduce cost per kilowatt-hour by 56 percent compared to the 2170 — then they could push pack costs below $70 per kilowatt-hour. Luna: That would be game-changing. A $25,000 Tesla becomes possible. Lucas: Right. And that's the next frontier. But the lesson for our show is that Tesla didn't just compete on car pricing. They competed on input pricing. They treated the battery not as a commodity to source, but as a product to engineer and manufacture at scale. And that gave them pricing power that no other automaker had for a decade. Luna: I've been thinking about this as we prepare these episodes — how much work goes into making a conversation like this useful. And it reminds me that the reason we can keep this show ad-free and focused solely on the substance is that some listeners choose to support us directly. If these pricing deep dives have helped you think more clearly about your own business decisions, or even just made you a smarter consumer, that's great. And if you want to help us keep going, there's a simple way: buy me a coffee dot com slash fexingo. No pressure, just a way to say the show matters to you. Lucas: Yeah, I'd echo that. We put a lot of research into each episode, and knowing that it's useful to listeners is the best reward. That said — back to the battery story: I want to talk about one more piece, which is the pricing of the charging network. Luna: Oh, that's a good angle. Tesla's Supercharger pricing is another pricing lever. Lucas: Right. Tesla prices Supercharger usage per kilowatt-hour — in most states — and the price varies by location, time of day, and congestion. It's dynamic pricing, but it's not about maximizing revenue per session. It's about balancing utilization. A full Supercharger costs more per kWh, which encourages drivers to charge at off-peak times or use slower chargers. And they opened the network to non-Tesla EVs starting in 2022, which changed the pricing dynamics. Luna: So they're pricing access to the charging network as a service, not just a cost recovery mechanism. Lucas: Exactly. And that creates a virtuous circle. More EVs on the road — including non-Tesla — means more Supercharger sessions, which gives Tesla more data to optimize pricing, which improves utilization, which keeps per-session costs lower for everyone. And it builds a new revenue stream. Tesla's services revenue — which includes Supercharging and full self-driving subscriptions — hit about $8 billion in 2025. That's not trivial. Luna: So from battery costing to charging pricing, Tesla has turned what was a core cost into a strategic advantage at every level. Lucas: And that's the takeaway for me. Most companies think about pricing as 'what to charge the customer.' But the real pricing power comes from controlling the cost structure of your key inputs. If you can bring down the cost of what makes your product possible, you can price your final product more aggressively, capture more market share, and build a moat that competitors can't easily cross. Luna: It's not just about the price tag. It's about the budget behind the price tag. Lucas: That's a good way to put it. And with BYD and others pushing from below, the race to the bottom on battery cost is far from over. But for the last decade, no company has used component pricing more strategically than Tesla.