Energy Resilience Sov

MARKETING COMMUNICATION │ FOR INSTITUTIONAL AND PROFESSIONAL CLIENTS ONLY

Energy Resilience Meets AI A New Sovereign Sorting Mechanism for Global Fixed Income By Chris Diaz, CFA, Lisa Fillingame Abraham, Ryan Myerberg, and Colby Stilson │ July 2026

Fast Reading:  Artificial intelligence and the ongoing energy shock are converging to make energy security a core sovereign risk factor, as conflict-driven supply pressures and rapidly growing data-center demand intensify the need for reliable, affordable, and locally available power.  A country’s combination of energy resilience and AI infrastructure capacity will increasingly shape its growth and inflation outlook—creating clear distinctions between sovereign “AI haves” and “AI have-nots” and those with an energy advantage or disadvantage.  This framework gives global fixed-income investors a new lens for assessing sovereign exposure to these rapidly evolving themes and the potential implications for currency and interest rates going forward.

AI may live in the cloud, but it runs on the grid. Sovereign Energy/AI Framework The buildout of artificial intelligence is creating a new kind of Traditional energy shocks sort sovereigns into energy exporters energy demand: large, concentrated, power-hungry, and highly and energy importers. The Iran war supply shock does that sensitive to the cost and reliability of electricity. The again, but the investment implications are now more complex International Energy Agency expects global data-center because AI introduces a second axis of differentiation. The electricity demand to more than double by 2030 to about 945 discussion around energy importers versus exporters must also terawatt-hours, more than Japan’s total electricity consumption incorporate the availability of alternative, localized energy today. The United States accounts for the largest share of the sources, including renewables and nuclear power, which are increase with electricity consumed for data centers likely to becoming increasingly important to energy security in a more outpace the production of aluminum, steel, cement, chemical electrified world and have been accelerated by the AI and all other energy-intensive goods combined by 2030.1 infrastructure buildout. However, this is not a solely United States phenomenon— China is a prime example. It has so far proven to be relatively countries around the world are scrambling to position resilient, reducing crude oil imports from roughly 11 million themselves to benefit from the AI era. barrels per day before the war to an estimated 7.8 million Against this backdrop, the energy supply shock driven by the barrels per day in May, at least in part due to large investments war in Iran should be viewed less as a temporary commodity in electrification and clean energy in recent years, though other event and more as an accelerant of a broader investment cycle factors (demand reduction, strategic oil reserves drawdowns, within energy resilience. While initial policy responses have increased reliance on coal) certainly play a role.2 We believe that been focused on shielding consumers from higher energy costs, investment is likely to continue after China launched its AI- governments are increasingly shifting toward demand Energy Action Plan in May, demonstrating the inextricable link reduction, energy security, and resilience measures. Access to between energy and AI. Beyond China, many government reliable, affordable, and localized energy has become a strategic responses to the shock have included increased or accelerated advantage and central to economic competitiveness and clean energy investment across regions. Global exports of EVs, security. lithium-ion batteries, and solar from China surged 70% year At the same time, the AI infrastructure buildout is becoming over year in Q1 2026 to a record $21.9 billion, highlighting that increasingly inflationary. Data centers, grid upgrades, power these policy initiatives are translating into real investment.3 generation, cooling systems, skilled labor, land, and critical Understanding the interconnected nature of the current energy inputs all require substantial capital investment…