Stock Markets February 14, 2026

Morgan Stanley: Tesla's 100 GW Solar Plan Driven by Geopolitics and Data-Center Demand

Bank says large-scale solar manufacturing could add tens of billions to Tesla Energy but would require substantial up-front capital not covered in 2026 guidance

By Marcus Reed TSLA
Morgan Stanley: Tesla's 100 GW Solar Plan Driven by Geopolitics and Data-Center Demand
TSLA

Morgan Stanley analysts say Tesla's intention to build 100 gigawatts of solar manufacturing capacity reflects a strategic, long-term response to geopolitical risks, supply-chain vulnerability, and rising power needs from next-generation data centers. The bank projects material upside to Tesla Energy's valuation if the program scales, but notes the build-out would require large capital expenditures that are not currently included in Tesla's 2026 guidance.

Key Points

  • Morgan Stanley says the 100 GW solar manufacturing plan is driven by geopolitics, supply-chain concerns and growing data-center power requirements.
  • The bank estimates the program could add $25 billion to $50 billion of equity value to Tesla Energy, currently valued at $140 billion by Morgan Stanley.
  • Projected scale could deliver about $25 billion in revenue and an extra $3 billion to $4 billion of EBIT, but would likely require $30 billion to $70 billion in capital spending not covered by 2026 guidance.

Morgan Stanley outlined a strategic rationale this week for Tesla's announced aim to develop 100 GW of solar manufacturing capacity, saying the move is shaped by geopolitical considerations, supply-chain risk and rising power demand from advanced data centers.

Analyst Andrew Percoco told clients that Tesla's decision to allocate capital to solar manufacturing "is rooted in a strategic long-term outlook around evolving geopolitics and data center demand." The note argues that deeper vertical integration could also fortify Tesla's broader energy business.

The bank quantified the potential upside to Tesla Energy, saying the solar manufacturing program could add between $25 billion and $50 billion of equity value - roughly $6 to $14 per share - to a business Morgan Stanley currently values at $140 billion.

Once scaled, the firm estimated Tesla Solar could generate about $25 billion of revenue and produce an additional $3 billion to $4 billion of EBIT. Those operating results would come after a substantial manufacturing roll-out that Morgan Stanley said would likely be costly to execute.

Morgan Stanley's note places the expected capital requirement for the 100 GW build-out in a wide range - between $30 billion and $70 billion - and underlines that this investment is not included in Tesla's capital expenditure guidance for 2026.

Despite the scale of the investment, the bank argued the long-term strategic advantages may justify the cost, especially because of the close connection between solar generation and the company's energy storage business.

Importantly, Percoco told clients the bank expects a significant share of the 100 GW capacity will be dedicated to powering data centers in space, with a smaller portion allocated to facilities on Earth. The note linked that allocation to Elon Musk's stated objective "to send a significant amount of solar-powered data centers into space," framing the capacity plan as a way to avert energy bottlenecks that could impede Tesla's broader goals.

Although the global solar market currently shows a surplus, Morgan Stanley said it expects Tesla's planned capacity to be largely set aside for these specialised, non-traditional applications, insulating much of the output from standard supply-demand cycles.


Context limitations - The note reflects Morgan Stanley's internal analysis and projections. The capital estimates, revenue and EBIT figures represent the bank's expectations and are not included in Tesla's 2026 capital guidance.

Risks

  • Large capital expenditure - The 100 GW build-out may require $30 billion to $70 billion in capex, posing financing and allocation risks for Tesla's capital plan - impacts capital markets and corporate finance decisions.
  • Market dynamics - The global solar market is currently in surplus; if Tesla's capacity is not fully absorbed by specialised applications, it could face traditional supply-demand pressures - impacts solar manufacturing and renewable energy sectors.
  • Execution uncertainty - Dedicating a significant portion of output to space-based data centers is specialised and may face technical, regulatory or logistical hurdles - impacts data-center operators and space infrastructure programs.

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