TSLA—Can the Energy Business Become the Cornerstone for a Valuation Re-Write

While the market is discussing Tesla, nearly all the spotlight is on electric vehicles and autonomous driving, but Tesla in 2026 is quietly undergoing a structural change—its energy business is moving from a supporting role to center stage, and it may become a key force in rewriting TSLA’s valuation logic over the next few years.

The growth figures for Tesla’s energy segment are hard to ignore. The ramp-up speed of Megapack large-scale energy storage systems at the California Lathrop superfactory has exceeded expectations, and a second energy storage superfactory has also been established in Shanghai, China. This will significantly enhance the supply capacity radiating to the Asia-Pacific market. Quarterly energy storage installations continue to set records, and order backlogs have pushed scheduling out to years later—especially eye-catching against the backdrop of slowing growth in the new-energy-vehicle business. The gross margin of the energy storage business is actually higher than that of the automotive business, because Megapack is essentially a B2B product with very strong customer stickiness and relatively stable pricing, and it is not eroded by price wars at the consumer end.

At a deeper level, the logic is that the world’s power infrastructure is undergoing a restructuring unseen in a century. The rapid rise in the share of renewable energy generation is driving explosive growth in demand for energy storage from the power grid—from peak shaving and frequency regulation to valley filling and peak load balancing—making large-scale energy storage indispensable in power systems. Grid operators in multiple countries and regions around the world are stepping up their procurement of energy storage, and the U.S. “Inflation Reduction Act” provides further stimulus to demand for energy storage projects through tax credits. In this grand narrative, Tesla is one of the very few companies capable of offering end-to-end solutions—from battery cells to system integration—and its advantages in vertical integration and scaled cost efficiencies are difficult to replicate.

If the energy business continues to develop at its current pace, over the next three to five years its contribution to the company’s total revenue and profit share will rise significantly. By then, when analysts break down TSLA’s valuation, they will have to give the energy business a sizable valuation multiple on its own. Based on the current valuation levels of publicly listed companies in the clean energy and energy storage sectors, the implied value of just the energy segment alone could reach a substantial scale. For investors who worry about intensifying competition in the automotive business and the uncertain timeline for FSD commercialization, the certainty of growth in the energy business may be the basis on which they reassess TSLA’s value anchor.

On the technical side, TSLA’s share price is still fluctuating within a wide trading range, with significant disagreement between bulls and bears. The daily chart shows that after the price touched the lower edge of the range, it received buying support, but the moving averages above are also clearly suppressing price. Trading volume has increased somewhat during the rebound, suggesting that some funds are actively stepping in and taking positions at lower levels. In terms of trading strategy, you can continue to use a range-trading mindset: look for long opportunities near the support levels, reduce positions appropriately near the resistance levels, and wait for substantial catalyst events from the energy business or FSD before considering increasing your position size. How do you view the impact of the energy business on Tesla’s valuation? Feel free to discuss together.

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