Global energy and power investment themes: energy security, refining, and powering AI Report Interpretation

Overview

Morgan Stanley presents a thematic energy-and-power framework centered on energy security, a sustained refining upcycle, and AI-driven power demand. Its central conclusion is that these forces can support a new global investment supercycle, particularly across Asia.

Core views

The report begins with energy security, arguing that increasingly frequent energy shocks have made dependable energy supply an economic and strategic priority in an AI-intensive world. Its analysis covers 85 countries representing 93% of global primary-energy demand, 87% of oil demand and 95% of natural-gas demand. Morgan Stanley expects Asia’s energy-security investment needs to exceed US$5tn, with power representing about 65% of the total. It expects dependable-energy investment to nearly double versus the prior decade, while renewable investment plateaus after five years of significant growth. The institution estimates that the investment wave can unlock roughly US$9tn in value creation, or nearly 1.6x the investment amount. The energy-security thesis is shaped by Asia’s dependence on imported power fuels and the need for resilient round-the-clock generation. The report notes that the region’s power-sector natural-gas needs should lead to greater use of coal, energy storage and dependable fuels. It also expects the US shale revolution to be exported to Asia at scale for the first time in 2027, with implications for both energy security and AI-related power supply. The underlying mechanism is that supply resilience, rather than generation capacity alone, becomes more valuable as energy systems support expanding compute demand. The second theme is a global refining “golden age.” Morgan Stanley argues that refining capacity additions have undershot IEA estimates by about 0.36mbpd on average over the past five years, while demand has exceeded IEA estimates by about 0.8mbpd on average. It forecasts roughly 2.5mbpd of incremental demand over the next three years against about 1.2mbpd of capacity growth, tightening industry supply-demand conditions. New refinery construction outside China takes more than 10 years on average, while brownfield expansions take about seven years, limiting the speed of supply response. On that basis, the report expects refinery operating rates to trend higher as resilient demand, delayed capacity additions and near-term supply dislocations constrain supply. It expects Asian gross refining margins to remain above mid-cycle levels as gasoline and diesel cracks settle at higher post-conflict levels and refinery hardware upgrades reduce fuel-oil output. The report also points to an approximately 25% earnings upgrade already seen among refiners and expects a further upgrade cycle as margins establish a higher level. The third theme is the changing face of power demand as AI expands. Morgan Stanley highlights rising global token demand and states that an average large-language-model query requires 10 times the energy of a Google search; each evolution of an AI model requires 10 times more compute, and therefore more energy, to train. It estimates Asia’s data-center power demand will grow at about a 24% CAGR from 2023 to 2030, faster than in the US and Europe, driven by AI inference demand and committed regional investment. China is expected to account for a significant portion of Asia’s data-center growth as inference demand and chip self-sufficiency support faster commercialization. The report therefore links AI growth to accelerated deployment of power generation, grids, storage and reliable fuel supply.

Analysis framework

Morgan Stanley builds the thesis by connecting energy-security exposure and investment needs with power-generation resilience, then testing refining through demand-versus-capacity data, construction lead times, operating rates and gross refining margins. It completes the argument by linking AI compute and data-center growth to incremental electricity demand and the need for generation, grids, storage and dependable fuels.

Methodology notes

• Industry AnalysisSupply-demand framework

  Refining supply-demand analysis

  The report compares expected fuel-demand growth with refining-capacity additions and construction lead times to explain why utilization and refining margins could remain elevated.

• Industry AnalysisUpstream-Midstream-Downstream Transmission

  Energy security and AI power-demand transmission

  The report traces how energy security and AI compute demand flow into demand for dependable generation, fuels, storage and power-grid investment.

• Industry AnalysisVolume-price decomposition

  Refiner margin and earnings linkage

  The report uses gross refining margins, fuel cracks, operating rates and capacity constraints to explain the potential for further earnings upgrades among refiners.

Key data

• Asia energy-security investmentUS$5tn+Expected investment supercycle; dependable-energy investment is expected to nearly double versus the last decade.
• Power share of energy-security needs~65%Morgan Stanley estimate for Asia.
• Potential value creationUS$9tnEstimated value creation from US$5tn+ of regional investment, implying nearly 1.6x torque.
• Refining demand versus capacity growth~2.5mbpd demand versus ~1.2mbpd capacity growthIncremental change over the next three years.
• Refining forecast misses~0.36mbpd capacity shortfall and ~0.8mbpd demand upsideAverage divergence versus IEA estimates over the past five years.
• New refinery lead time10+ years outside China; ~7 years for brownfield expansionAverage completion time cited by the report.
• Asia data-center power-demand growth~24% CAGRMorgan Stanley estimate for 2023-30, exceeding US and European growth.
• AI query energy use10x a Google searchReport statement on the energy intensity of an average LLM query.

Impact & implications

Morgan Stanley views energy security, refining capacity scarcity and AI-led electricity demand as mutually reinforcing forces. The report’s thematic implication is sustained investment demand across dependable power, grids, energy storage, fossil-fuel supply and refining, with Asia at the center of the capital-spending cycle.