Big Tech Targets Nuclear Energy to Support AI Ambitions

Theme and Background

This chapter focuses on the recovery dynamics of the uranium market in September 2024. The core backdrop is that major technology companies (Microsoft, Google, Amazon), driven by surging electricity demand from AI data centers, have begun large-scale investments in nuclear energy, including restarting aging reactors and signing small modular reactor (SMR) agreements. This provides structural support for uranium demand.

Core Thesis

The author argues that major tech companies' investments in nuclear energy represent an "important inflection point" for the nuclear industry, for two reasons: first, they provide much-needed capital that government policies have sought to crowd in from the private sector to revive the dormant nuclear industry; second, they enhance awareness and recognition of nuclear energy's value among a broad base of investors. The counterintuitive judgment is that despite a 10.04% year-to-date decline in the uranium spot price, its long-term performance (a cumulative gain of 220.04% over five years) far exceeds that of commodities and U.S. equities, and uranium mining stocks staged a strong rebound in September.

Key Arguments and Data

1. Uranium Price and Uranium Mining Stock Rebound: The uranium spot price rebounded from a support level of $79 per pound, closing September at $81.95, a monthly gain of 3.78%. Uranium mining stocks rose 11.32%, and junior uranium mining stocks gained 15.96%. The author emphasizes that the "disconnect" between the falling spot price and the long-term contract price (at a 16-year high) and conversion/enrichment prices (at all-time highs) is being repaired.

2. Major Tech Nuclear Energy Deals:

• Microsoft & Constellation Energy: Signed a 20-year power purchase agreement to restart the Three Mile Island I nuclear plant, which had been closed for five years, purchasing 835 MW of zero-carbon electricity. This is the largest PPA in Constellation's history.
• Google & Kairos Power: Signed the world's first corporate SMR power purchase agreement, targeting the first SMR online by 2030 and deploying 500 MW of zero-carbon electricity by 2035.
• Amazon: Also advanced SMR-related agreements.

3. Supply-Demand Imbalance: Global uranium mine production continues to fall short of reactor demand, and Vladimir Putin's threat to suspend enriched uranium deliveries exacerbates the supply deficit.

4. Electricity Demand Comparison: Over the past 23 years, the annualized growth rate of U.S. electricity demand was only 0.5%, and the EU's was only 0.1%. In contrast, global data center electricity demand is projected to surge from 1.2% of global electricity supply in 2023 to 4.1% by 2030, a 258% increase.

Long-Term Performance Comparison (as of September 30, 2024):

Asset Class	5-Year Cumulative Return
U3O8 Uranium Spot Price	220.04%
Uranium Mining Stocks (Northshore Global Uranium Mining Index)	32.69%
Junior Uranium Mining Stocks (Nasdaq Sprott Junior Uranium Miners Index TR)	32.26%
Commodities (BCOM Index)	29.01%
U.S. Equities (S&P 500 TR Index)	15.96%

Companies/Assets Involved

• Constellation Energy: The largest nuclear power operator in the U.S., signed an 835 MW PPA with Microsoft to restart the Three Mile Island reactor. Bullish.
• Microsoft: Signed a 20-year nuclear PPA and previously signed a 10.5 GW, over $10 billion renewable energy agreement with Brookfield. Bullish.
• Google: Signed the world's first corporate SMR PPA with Kairos Power, targeting 500 MW. Bullish.
• Amazon: Advancing SMR agreements. Bullish.
• Kairos Power: SMR developer that secured a PPA from Google. Bullish.
• Brookfield: Signed a 10.5 GW renewable energy agreement with Microsoft. Bullish.

Investment Implications

• Go Long Directly on Uranium Spot: Long-term supply-demand imbalance (insufficient production + AI-driven demand surge) supports uranium prices. The five-year cumulative gain of 220% has already proven its inflation-hedging ability and independence from traditional assets.
• Increase Holdings in Uranium Mining Stocks (Especially Junior Miners): The September gain for junior miners (15.96%) outpaced that of major miners (11.32%), indicating higher sensitivity to a uranium price rebound, suitable for investors with a higher risk appetite.
• Focus on SMR-Related Targets: The SMR agreements from Google and Amazon suggest that small modular reactors will become a new growth driver for future uranium demand, potentially benefiting related developers and supply chain companies.
• Be Wary of Short-Term Volatility: The uranium spot price is still down 10.04% year-to-date, and even after the September rebound, it remains down 3.97% over three months. Investors must tolerate short-term price fluctuations.

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Theme and Background

This chapter focuses on the technological prospects of Small Modular Reactors (SMRs) and their potential to drive uranium demand, while analyzing how the global shift in nuclear energy policy (e.g., in Japan, South Korea, and Italy) and rising electricity demand (driven by AI, reindustrialization, and the energy transition) are exacerbating the uranium supply gap. The report argues that although uranium prices have declined year-to-date, the fundamental support may present a buying opportunity within a bull market.

Core Views

• SMRs will significantly boost uranium demand in the 2030s, but the near-term impact is limited, with the main incremental demand expected from the late 2020s through the 2030s.
• Global uranium mine output continues to fall short of reactor demand (2024 estimated production of 157 million pounds vs. demand of 176 million pounds), and supply-side expansion faces difficulties, relying on secondary inventories and higher uranium prices to incentivize new mines.
• Uranium prices need to rise further to stimulate sufficient new supply, and the current price correction may represent a buying window within a long-term bull market.

Key Arguments and Data

1. SMR Demand Forecasts:

• The WNA expects SMRs to account for 5% of global nuclear power capacity by 2040; BMO forecasts 9%.
• Tech giants have signed multiple SMR development agreements: Amazon with Energy Northwest (4 SMRs, approximately 320 MW, operational in the early 2030s), investment in X-energy (supporting over 5 GW of projects), and with Dominion Energy (at least 300 MW); Oracle has designed a data center powered by 3 SMRs.
• The U.S. government, through the ADVANCE Act, has allocated $900 million for SMRs and relaxed regulations to accelerate deployment.

2. Global Nuclear Policy Shift:

• Japan has restarted 12 reactors, with another 13 under review, nearing the restart of the world's largest nuclear plant; South Korea has approved the construction of 2 new reactors (previously canceled by an anti-nuclear government); Italy is pushing to lift its nuclear ban.
• China has approved 11 reactors (with an investment of $31 billion), leading globally in reactors under construction and planned.

3. Supply-Demand Gap Data:

• Globally, there are 439 operating nuclear reactors, 67 under construction, 87 planned, and 344 proposed.
• 2024 uranium demand is forecast at 176 million pounds, with mine output at only 157 million pounds, with the gap filled by commercial inventories.
• By 2040, uranium demand is projected to reach 338 million pounds, requiring mine output to more than double to meet it.

4. Supply-Side Bottlenecks:

• Russia controls 44% of global enriched uranium capacity and has threatened to impose export bans.
• Orano USA plans to build a multi-billion dollar enrichment facility in Tennessee, but it will take 2-3 years to become operational.
• Western enrichment capacity is insufficient, potentially requiring a shift from "underfeeding" to "overfeeding" (using more UF6 feedstock), on a massive scale.

Companies/Assets Involved

Company/Asset	Role	Key Data	View
Amazon	SMR Developer	Signed 3 SMR agreements, invested in X-energy (over 5 GW), previously acquired Talen Energy's nuclear-powered data center for $650 million	Bullish, driving nuclear demand
Google	SMR Agreement Party	Signed the first SMR power purchase agreement	Bullish, accelerating industry learning curve
Oracle	SMR User	Designed a data center powered by 3 SMRs	Bullish, validating SMR commercialization
Energy Northwest	SMR Partner	Developing 4 SMRs (320 MW)	Bullish
Dominion Energy	SMR Partner	Developing at least 300 MW of SMRs near the North Anna nuclear plant	Bullish
X-energy	SMR Technology Company	Received investment from Amazon, manufactures SMR equipment	Bullish
Orano USA	Enriched Uranium Supplier	Building a multi-billion dollar enrichment facility in Tennessee	Bullish, but capacity needs 2-3 years
Talen Energy	Nuclear Asset Holder	Sold a nuclear-powered data center to Amazon ($650 million)	Bullish
Three Mile Island	Restarted Nuclear Plant	The second U.S. nuclear plant to restart (after Palisades)	Bullish, providing immediate uranium demand
Palisades Nuclear Plant	Restarted Nuclear Plant	The first U.S. nuclear plant to restart, received a $1.52 billion loan from the DOE	Bullish

Investment Implications

• Uranium mining stocks may currently be at a correction buying point within a bull market: Uranium spot prices are still down 10.04% year-to-date, but the long-term supply-demand gap (2040 demand of 338 million pounds vs. current output of 157 million pounds) and the shift in nuclear policy (Japan, South Korea, Italy, China) provide solid support.
• Focus on the upstream SMR supply chain: SMR agreements by tech giants (Amazon, Google, Oracle) will accelerate uranium demand in the 2030s, but near-term progress depends on project execution. SMR technology companies like X-energy and enriched uranium suppliers like Orano USA may benefit.
• Be wary of supply-side risks: The threat of a Russian enriched uranium export ban and lagging Western capacity expansion (2-3 years) could exacerbate shortages and push uranium prices higher. Investors should prioritize uranium miners with clear expansion plans (e.g., Cameco, Kazatomprom) or uranium physical funds (e.g., Sprott Physical Uranium Trust).
• Long-term bullish on uranium prices: The report argues that current uranium prices are insufficient to incentivize enough new mines and need to rise further to balance the market, recommending gradual position building during corrections.

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Theme and Background

This chapter reviews the long-term price trends of the uranium market from 1968 to 2024, demonstrating the historical context and sustainability of the current uranium bull market. The report notes that the uranium market has experienced multiple bull and bear cycles historically. The current bull market, which began in 2020, has lasted nearly four years as of September 2024, with prices rising from approximately $20 per pound to $81.95 per pound, an increase of over 300%.

Core Thesis

The author's core judgment is that the current uranium bull market has solid fundamental support. Compared with historical cycles, supply shortages and structural demand growth (especially the nuclear renaissance and investments by technology companies) make it more sustainable. The counterintuitive point is that although the spot uranium price has fallen 10.04% year-to-date, the long-term trend remains in a bullish channel, and short-term pullbacks do not alter the upward structure.

Key Arguments and Data

• Historical Cycle Comparison: Since 1968, the uranium market has experienced five major bull markets (1975-1978, 1994-1996, 2003-2007, 2010-2011, and 2020 to present). The current bull market has already surpassed the duration of the 2003-2007 cycle (approximately 4 years), but its price increase (approximately 300%) remains lower than those of the 1975-1978 cycle (approximately 600%) and the 2003-2007 cycle (approximately 1200%).
• Price Performance: As of September 30, 2024, the spot uranium price stood at $81.95 per pound, up approximately 310% from the 2020 low (around $20). The five-year cumulative gain is 220.04%, outperforming the S&P 500 Index (approximately 100% over the same period) and the Bloomberg Commodity Index (approximately 50%).
• Supply Deficit: Global uranium mine production (approximately 54,000 tonnes of U3O8 equivalent) continues to fall short of reactor demand (approximately 67,000 tonnes), creating a deficit of about 13,000 tonnes. This gap must be filled by secondary supplies (inventories, reprocessed spent fuel), but secondary supplies are dwindling.

Indicator	Current Cycle (2020-2024)	2003-2007 Cycle	1975-1978 Cycle
Duration	Approximately 4 years (ongoing)	Approximately 4 years	Approximately 3 years
Price Increase	Approximately 310%	Approximately 1200%	Approximately 600%
Peak Price	$81.95/lb (September 2024)	$136/lb (June 2007)	$43/lb (1978)
Core Drivers	Supply shortage + Nuclear renaissance + Tech company investments	Supply shortage + Nuclear expansion	Oil crisis + Nuclear construction boom

Companies/Assets Involved

This chapter does not specifically mention companies, but indirectly points to the following through historical price data:

• Uranium Producers (e.g., Cameco, Kazatomprom): Beneficiaries of long-term price increases, but need to monitor rising costs and supply disruption risks.
• Uranium ETFs (e.g., Sprott Uranium Miners ETF): As tools tracking uranium mining stocks, they are positively correlated with uranium prices.
• Technology Companies (Microsoft, Google, Amazon): As investors in nuclear energy, they drive demand expectations, but are not direct uranium mining assets.

Investment Implications

• Long-term Bullish on Uranium Prices: Historical cycles show that uranium bull markets typically last 3-5 years. The current cycle still has upside potential (especially if prices break through $100 per pound, approaching the 2007 peak).
• Focus on Supply Risks: The threat of a Russian enriched uranium ban (as stated by Putin in September 2024) could exacerbate the supply deficit and push uranium prices higher.
• Ignore Short-term Volatility: The year-to-date price decline is a normal correction and should not alter the long-term allocation logic. It is advisable to increase holdings of uranium mining stocks or uranium ETFs on dips.
• Comparison with Other Assets: Uranium's five-year cumulative gain (220%) significantly outperforms U.S. equities (approximately 100%) and commodities (approximately 50%), offering a hedging attribute in an environment of inflation and geopolitical risk.