Rethinking Energy Risk
As energy markets become less predictable, investors may need to rethink how they evaluate and manage risk.
Authored By
Steve Luthman, Managing Partner, Global Head of Real Estate
Sean Murphy, Senior Managing Director, Head of Global Management Services
Energy has increasingly become more than an operating consideration. It has been emerging as a structural factor that could influence inflation, financing conditions, asset competitiveness, and long-term investment performance.
That shift reflects the evolution of the energy landscape itself. Oil and natural gas has remained critical inputs to economic growth, while electricity has rapidly become a strategic constraint as electrification, artificial intelligence, and data-center demand accelerate. As a result, energy exposure has become more consequential across markets and asset classes.
In this environment, we believe investors may benefit from focusing less on forecasting energy prices and more on understanding how portfolios could perform across a range of energy outcomes. The objective is not prediction. It is identifying where exposure is concentrated and how it could affect income durability, valuations, and portfolio resilience over time.
We believe this broader perspective—what we describe as energy intelligence—is becoming increasingly relevant for long-term investors seeking to preserve capital through changing market cycles.
The Asymmetry of Energy Shocks
Energy-driven inflation could create a nuanced tradeoff for investors. Rising energy costs may support nominal income growth in certain real assets and other investments that benefit from inflation-linked pricing. At the same time, those same pressures could contribute to higher interest rates, reduced consumer purchasing power, and slower economic growth.
The effects are rarely distributed evenly. Geography could amplify those differences, with energy-importing economies often facing different pressures than resource-rich markets. Infrastructure quality, grid reliability, and access to energy supply may also influence how regions respond to future disruptions.
For diversified portfolios, these distinctions could translate into materially different risk and return profiles. Assets and markets that appear similar today may respond very differently if energy costs rise, electricity demand accelerates, or supply constraints emerge.
As a result, energy exposure has increasingly become a source of return dispersion rather than a uniform market risk.
Figure 1
Understanding the Range of Future Outcomes
Sources: EIA historical electricity consumption and STEP near-term anchors; LBNL/DOE U.S. data center electricity use outlook; EIA Energy and AI; NERC 2024 Long-Term Reliability Assessment; ICF high-load case cited by Axios; Hines Research powered by ChatGPT. As of 1Q 2026. Scenario values are model outputs calibrated to source ranges, not direct source forecasts.
Energy: No Longer a Footnote
Energy has become a material factor in how investments respond to inflation, how capital is priced, and how assets maintain their competitiveness over time.
The implications extend beyond near-term performance. As governments, businesses, and communities place greater emphasis on energy reliability, grid capacity, and resilience, access to affordable and dependable energy may increasingly influence long-term economic outcomes.
Energy is neither a universal tailwind nor a blanket headwind. It is a factor that can shape inflation, interest rates, asset values, and portfolio resilience in ways that may not be immediately visible during stable market environments.
For investors focused on wealth preservation, income generation, and long-term performance, understanding energy exposure is becoming less about operational detail and more about strategic positioning. As energy continues to intersect with economic growth, technological change, and capital markets, its influence on investment outcomes is likely to become increasingly difficult to ignore.