Commercial real estate has traditionally focused on buildings and land, but rapidly rising power needs are pushing energy availability to the forefront of asset performance. Growing electricity demand, especially from power-intensive uses such as data centers and automated facilities, is straining existing infrastructure and increasing the risk of disruptions and outages.
A recent JLL report cited in the article notes that buildings account for 30% of final energy consumption. At the same time, the report characterizes buildings as one of the most adaptable yet underused levers in the broader energy value chain, suggesting that how properties consume and supply power can materially influence both resilience and value.
The research outlines several structural challenges facing owners and operators. Load growth and electrification are accelerating electricity demand, making power availability a limiting factor for some real estate segments. Legacy grid systems, originally designed for lower and more predictable usage, are confronting bottlenecks, uncertain interconnection timelines, and constrained capacity just as demand is climbing.
Regulatory fragmentation adds another layer of complexity. While clean energy and renewables are often promoted as a solution to rising loads, policy frameworks are inconsistent across regions, creating a patchwork of rules. This can lead to misalignment between where renewable supply is located and where real estate-driven demand is expanding.
At the same time, decentralization and digitalization are beginning to change how buildings interact with the grid. The report highlights the increasing role of on-site generation, battery storage, and software-enabled energy management. These tools can help properties reduce exposure to price volatility, manage peak loads more effectively, and improve continuity during grid stress or outages.
JLL frames the opportunity set in two main categories: how buildings use energy and how they supply energy. Intelligent demand strategies rely on digital controls and electrification to curb peak usage, shift loads to lower-stress periods, and improve overall system efficiency. On the supply side, options include solar, battery energy storage, small-scale renewables, and microgrids designed to keep operations running when the grid falters.
The report also underscores emerging revenue opportunities where market structures permit. Building owners and operators may be able to participate in energy arbitrage, capacity payments, and grid services that leverage on-site generation and storage capabilities, effectively turning energy assets into additional income streams.
Overall, the analysis concludes that value creation in commercial real estate is increasingly tied to power availability and on-site energy capabilities. Assets that can actively manage demand and deploy on-site generation and storage are better positioned to navigate system constraints and volatility. Properties that cannot adapt, by contrast, face greater risks related to delays, higher costs, and reliability issues.
This dynamic is contributing to a widening divide between properties that incorporate energy as a core asset feature and those that continue to treat it solely as a pass-through utility expense. According to the report, power is becoming a competitive differentiator for buildings that can secure and optimize it, and a binding constraint for those that cannot.
