The Power Frontier That Hasn't Slowed Down
Interconnection queues aren't getting shorter, and AI infrastructure isn't waiting for them. That tension is what we dug into four months ago in 'Why Behind-the-Meter and Beyond Is the New Power Frontier,' the second piece in our series with Capco on the power industry's AI-driven shift, and it's only become more true since. Large-scale data centers and high-performance computing facilities require reliable, low-latency power delivery that traditional grid infrastructure cannot always provide on the timeline AI development demands, so organizations are building and contracting power sources directly adjacent to the load rather than waiting on the grid, gaining operational control, cost predictability, and future market flexibility in the process.
What does this mean in practice?
Interconnection delays now frequently stretch years, often compounded by equipment lead times, so operators are turning to on-site generation, gas, reciprocating engines, renewable hybrids, storage, and emerging small modular reactors, to get reliable capacity online without waiting on the grid.
Private PPAs and self-owned generation give operators long-term price certainty against increasingly volatile wholesale power markets, while PowerOptix® automates the metering and settlement behind those agreements.
Being behind-the-meter does not mean being isolated from the market: facilities can be engineered to blend generation types for ESG goals and to export power or join ISO/RTO markets later without rebuilding their systems.
Dig deeper
What actually makes behind-the-meter power more reliable than waiting on the grid? How do private PPAs protect generators from volatile wholesale prices? How does PowerOptix® keep these facilities ready for ISO/RTO participation later? The original article answers all three.
Read the full perspective: Why Behind-the-Meter and Beyond Is the New Power Frontier, the second of six in the Hartigen and Capco series “Commercializing Power for the AI Economy.” Our next blog will examine the key takeaways from “The Rise of Hybrid and SMR Generation for AI Data Centers,” the third article in this series.
Hartigen and Capco help power producers, from established utilities to new market entrants, build the commercial and digital foundation to compete in the AI power economy. To learn more, contact Matt Lehto or Glen Ragland.