The energy transition is moving beyond decarbonization, as rising demand and geopolitical shocks put resilience and security at the fore. Here’s what to know.
Energy: Transitioning to Resilience
The energy transition is moving beyond decarbonization, as rising demand and geopolitical shocks put resilience and security at the fore. Here’s what to know.
Why It Matters
Demand is rewriting the transition: global power capacity additions are expected to run 4x the 2000–2020 average as electrification, AI and data centers accelerate. Security is now a transition driver: ~30% of global oil comes from the Middle East, while 20 million barrels/day pass through the Strait of Hormuz—exposing supply fragility. Financing is becoming more selective: investors are shifting toward contracted, cash-generative assets, as shown by a ~$5.7 billion AI data center bond issuance. Energy: Transitioning to Resilience The energy transition is being reshaped by a shift in priorities—from a singular focus on decarbonization toward a broader emphasis on resilience, security and continuity. What was once defined primarily by reducing greenhouse gas emissions is now being reframed by geopolitical disruption and rising demand. Conflicts in Ukraine and the Middle East have exposed the fragility of energy systems and the risks of concentrated supply. At the same time, accelerating global energy demand is placing further strain on infrastructure. The implication is clear: the transition is no longer just about cleaner energy, but about building systems that are secure, scalable and capable of withstanding stress. 1. Growing Global Demand for Energy Global energy demand is accelerating. Electrification across transport, buildings and industry is increasing baseline demand, while new sources of consumption—most notably data centers and AI infrastructure—are adding incremental pressure to power systems. According to our Morgan Stanley Research colleagues, over the next five years the annual net additions to global power capacity will be four times the average level of 2000-2020, with accelerated growth in energy consumption expected across the U.S., Europe and Asia. This creates a more complex backdrop for the transition. The challenge is no longer just to replace existing energy supply with lower-carbon alternatives, but to do so while scaling the system overall. In effect, the energy transition is no longer a substitution story—it is now a growth story, driven by data centers, new supply chains and electrification of industry. Source: Morgan Stanley Research 2. Energy Security Favors Electrification and Decarbonization Recent geopolitical shocks have reinforced the strategic importance of energy resilience. A significant share of global energy supply remains concentrated in geopolitically exposed regions. In times of peace, the Middle East alone accounts for about 30% of global oil production and underpins a large share of global trade flows, with around 20 million barrels per day—equivalent to roughly one-fifth of global consumption—passing through the Strait of Hormuz, one of the world’s most critical chokepoints. This concentration has heightened concerns about long-term energy security, particularly for import-dependent economies. In Europe and Asia, 30% to 40% of energy consumption is met through imports, reinforcing exposure to external supply shocks and price volatility. In this context, electrification, supported by renewables and nuclear, is increasingly being viewed not only as a climate solution but as a security strategy. As outlined by Morgan Stanley Wealth Management, countries are already responding in different ways. Japan is restarting nuclear capacity while locking in a more diversified LNG portfolio; Germany is reworking its gas-and-coal transition around backup capacity, grid security and industrial competitiveness, with nuclear re-entering the debate mainly through EU policy, fusion and SMRs (small modular reactors); and India is scaling renewables rapidly, while coal remains central to power reliability. Taken together, this marks a shift in the underlying rationale for the transition. It is no longer driven solely by decarbonization targets, but increasingly by the need for greater control, resilience and independence. 3. New Models Are Required to Deliver Sufficient Energy Meeting these evolving requ
Takeaways
For Investors: “Given the robust demand outlook, power generation development increasingly offers a compelling value-creation opportunity compared to acquiring existing operating power assets at current valuation levels. However, power development still requires a highly selective, micro focused approach guided by regional electrical landscapes, capital equipment procurement approaches and commercialization strategies.” Chris Ortega, Managing Director, Morgan Stanley Infrastructure Partners “The effects of short-lived price spikes tend to fade quickly, but prolonged supply disruptions force structural repricing of energy security. The opportunity, therefore, is not just in owning fuel—but in owning and securing the infrastructure that reduces exposure to the next chokepoint.” Ellen Zentner, Chief Economic Strategist and Global Head of Thematic and Macro Investing for Morgan Stanley Wealth Management “US$5 trillion-plus investment needs should kick-start a golden age in dependable energy investments to secure AI, food and tech supply chains after a decade of underinvestment. Energy security assets that make energy systems more dependable and resilient – this includes commodity traders, coal equipment supply chain, fuel refiners, petrochemical producers, and natural gas exporters and energy storage supply chain along with metals miners – could benefit the most on this new emerging thematic.” Mayank Maheshwari, Managing Director, India and Southeast Asia Energy and Utilities Research “Given the robust demand outlook, power generation development increasingly offers a compelling value-creation opportunity compared to acquiring existing operating power assets at current valuation levels. However, power development still requires a highly selective, micro focused approach guided by regional electrical landscapes, capital equipment procurement approaches and commercialization strategies.” Chris Ortega, Managing Director, Morgan Stanley Infrastructure Partners “The effects of short-lived price spikes tend to fade quickly, but prolonged supply disruptions force structural repricing of energy security. The opportunity, therefore, is not just in owning fuel—but in owning and securing the infrastructure that reduces exposure to the next chokepoint.” Ellen Zentner, Chief Economic Strategist and Global Head of Thematic and Macro Investing for Morgan Stanley Wealth Management “US$5 trillion-plus investment needs should kick-start a golden age in dependable energy investments to secure AI, food and tech supply chains after a decade of underinvestment. Energy security assets that make energy systems more dependable and resilient – this includes commodity traders, coal equipment supply chain, fuel refiners, petrochemical producers, and natural gas exporters and energy storage supply chain along with metals miners – could benefit the most on this new emerging thematic.” Mayank Maheshwari, Managing Director, India and Southeast Asia Energy and Utilities Research For Companies: “In a supply constrained, demand driven energy market, additionality is emerging as a key lens through which investors assess transition strategies. The critical question is not just whether companies are decarbonizing, but whether they are creating genuinely incremental, reliable capacity that strengthens the system. Capital will increasingly flow to those able to deliver scalable, contracted and cash generative assets that drive real system expansion - rather than simply reshuffling existing supply.” Michael O'Dwyer, Global Co-Head Power & Energy Group, Investment Banking “Power procurement should be treated as a strategic business decision, not simply a commodity purchase. Companies that build a diversified power portfolio—combining PPAs, grid supply, and on-site generation with a variety of technologies—are better positioned to manage cost volatility while supporting the energy transition. In today's environment, how you source and manage your power can shape cost certa
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