Bloomberg projects directed energy market reaching $24B as laser weapons near operational deployment
Bloomberg Intelligence sees the directed energy market tripling over a decade, a trajectory with growing implications for military power infrastructure.
Bloomberg Intelligence analysts project the directed energy market will grow two to three times from its current $6 billion to $8 billion base over the next decade, according to research discussed on the Bloomberg Odd Lots podcast. The projection covers laser and microwave weapon systems, a category defense contractors have flagged as a potential power demand driver but which has yet to register in mainstream electricity consumption forecasts.6
Directed energy weapons carry a distinct power profile that sets them apart from conventional munitions. Lasers require substantial electricity delivered in concentrated bursts, often paired with on-site storage or dedicated generation. A two-to-threefold expansion pushes the market toward $18 billion to $24 billion annually, enough to start appearing in grid planning discussions for military installations and forward operating bases.6
The Bloomberg analysis arrives alongside a broader reassessment of how defense electrification intersects with civilian power demand. NextEra Energy's $67 billion all-stock acquisition of Dominion Energy, announced on May 18 (2026), was explicitly framed around the AI data center boom, positioning the combined utility to supply power to the country's fastest-growing electricity consumers. The deal, the largest energy acquisition since Exxon bought Mobil in 1998, would create the world's largest utility with an enterprise value near $420 billion.3,2
Directed energy systems occupy a similar intersection of defense priorities and electricity infrastructure. The Pentagon has pushed laser weapons from experimental platforms toward operational deployment, a transition requiring not just the weapons themselves but robust power systems to feed them. Energy storage, high-voltage switching and thermal management all become mission-critical components in that shift.6
The current market size remains modest in absolute terms. A $6 billion to $8 billion base represents a fraction of annual US electricity capital expenditure, which runs into the hundreds of billions. Even tripling would leave directed energy as a niche procurement category rather than a grid-scale demand driver. Traders and utility planners watching the AI load boom have little reason yet to factor laser weapons into baseline forecasts.6,3
The growth projection does signal a shift in how defense analysts categorize energy-related military spending. The Bloomberg discussion framed directed energy alongside air defense and missile systems, noting the technology's appeal lies partly in its low per-shot cost compared with interceptors. That cost advantage could accelerate adoption faster than conventional weapons programs, which typically face heavier procurement scrutiny.6
The parallel with civilian energy demand is instructive. NextEra's stock fell almost 5% on May 18 (2026) following the Dominion announcement, while Dominion shares rose 9%, reflecting investor concern that the 23% premium paid above Dominion's May 15 (2026) market close may prove too rich even in a market where utility valuations are already inflated by data center demand expectations. Defense electrification faces similar tension between strategic logic and near-term economics.3
China's nuclear buildout offers context on how strategic energy decisions reshape market expectations. Wood Mackenzie projects global nuclear capacity will jump 44% by 2036, with China overtaking the United States as the largest holder of nuclear capacity. The directed energy market's growth path depends on comparable state backing, particularly in the US where Pentagon budget cycles set the pace.5
India adds another dimension. Projected by the IMF to grow 8% this year, India is expected to become one of the most consequential markets for power equipment, with solar, grid and storage segments seeing the fastest growth. Defense electrification there remains nascent, but the convergence of rapid economic expansion and security spending creates conditions similar to those preceding the US directed energy push.4,1
For market participants, timing is the central problem. Directed energy procurement operates on a different cycle than power markets, with defense budgets set years in advance and technology demonstrations routinely slipping schedules. The Bloomberg research suggests growth will come. But its distribution across the decade matters for anyone positioning around it. Early adopters in the energy storage supply chain could see demand signals before the broader market registers any shift.6
The gap between market projection and procurement reality is the unresolved risk. Directed energy systems have spent decades in the demonstration phase, each iteration promising operational deployment that arrived later and in smaller quantities than anticipated. A two-to-threefold growth projection assumes the current push has reached a cost-performance threshold where service adoption is a budget question rather than a technical one — an assumption that contract announcements alone cannot confirm. Traders who followed the AI data center trade learned to distinguish signed power agreements from actual load delivery. The same discipline applies here.6,3