Aligned Data Centers interconnection strategy uses batteries to bypass grid queues

This deployment shifts the role of battery storage from simple energy arbitrage to a strategic instrument for speed-to-market. For infrastructure providers, the ability to convert a 72 MW load into a dynamic grid asset solves the structural bottleneck of aging transmission networks that currently stifles capacity growth. As streaming and AI workloads demand rapid scaling, this model offers a blueprint for bypassing the multi-year queues that have recently slowed construction in hubs like Northern Virginia. Watch for Portland General Electric to expand its 400 MW pipeline of battery-enabled capacity as other hyperscalers adopt this front-of-meter flexibility model.

Aligned Data Centers is not alone in using battery energy storage to accelerate grid interconnection for data center loads. In early 2025, Microsoft announced a partnership with Constellation Energy to restart the Three Mile Island Unit 1 reactor specifically to secure behind-the-meter power for AI workloads, bypassing traditional interconnection queues entirely. The strategy reflects a broader industry pattern where hyperscalers and colocation operators are deploying on-site generation and storage to avoid transmission bottlenecks. BlackRock's Global Infrastructure Partners completed its $12.5 billion acquisition of Aligned Data Centers in March 2025, signaling that institutional capital views speed-to-market as a primary value driver in the sector. The GridCARE and DeFlex products referenced in the Oregon deployment represent a growing category of grid-flexibility software that converts large loads into dispatchable resources for utilities.

Portland General Electric has formalized this approach into a regulatory framework. PGE filed its 2025 Integrated Resource Plan with the Oregon Public Utility Commission, identifying 400 MW of battery-enabled capacity as a key resource to meet surging demand from data center customers without waiting for transmission upgrades. The utility's willingness to accept front-of-meter storage as a substitute for traditional interconnection studies has attracted multiple hyperscaler inquiries. NVIDIA's partnership with MGX and other sovereign wealth funds to build AI data centers globally has intensified pressure on utilities to find faster pathways to grid connection. Calibrant Energy, which operates the 31 MW battery system alongside Aligned, positions itself as a grid-services intermediary that monetizes the flexibility value of co-located storage for both the data center operator and the utility.

The technical economics of battery-as-interconnection-bypass are becoming clearer as deployments scale. A 2025 analysis by the Lawrence Berkeley National Laboratory found that average interconnection queue wait times for large loads exceeded 60 months in constrained regions, with data centers representing the fastest-growing category of withdrawal requests. The 31 MW system deployed by Aligned and Calibrant in Oregon operates as a peak-shaving buffer, allowing the 72 MW facility to draw full power during off-peak hours while the battery discharges during constrained periods. Phil Martin, CEO of Aligned Data Centers, stated that the company's pipeline includes over 5 GW of capacity across North America, much of it targeting markets with severe interconnection backlogs. The model's replicability depends on whether other utilities will accept battery-backed flexibility as a substitute for transmission upgrades, a question that regulators in Virginia, Texas, and Arizona are now actively evaluating.