Interconnection Delays Push Manufacturers to Private 1 GW Power
- Pacifico Energy is developing GW Ranch in Pecos County, Texas: 1 GW gas turbines plus 1 GW solar and 1.8 GW battery storage, bypassing the public transmission interconnection queue entirely
- GW Ranch Phase 1 targets 1 GW gas capacity operational by 2028, with the full 5 GW facility targeting 2030
- BrightNight and Cordelio Power reached financial close on Pioneer Clean Energy Center in Yuma County, Arizona: 300 MW solar plus 1,200 MWh storage without entering the standard interconnection queue
- Grid interconnection delays now average 2 to 4 years for industrial-scale projects, with more than half of all applicants withdrawing before completion
- Behind-the-meter generation bypasses interconnection entirely by siting power generation on private land adjacent to the industrial load it serves
Grid interconnection delays now stretch 2 to 4 years for industrial-scale Projects, and more than half of all applicants withdraw their requests entirely before reaching completion. In response, manufacturers and data center developers are constructing private behind-the-meter generation complexes that bypass the queue, with individual facilities targeting up to 1 gigawatt of on-site capacity.
Critical Perspective
Grid interconnection delays now stretch 2 to 4 years for industrial-scale projects, with more than half of all applicants withdrawing before completion, and developers are building private generation complexes targeting 1 GW of on-site capacity to bypass the queue entirely. Behind-the-meter generation solves the developer’s access problem but transfers grid balancing risk: when a 1 GW private campus experiences sudden generation failure, the resulting load step appears on the public transmission system without the pre-contingency notification that grid operators rely on for redispatch. Amazon’s behind-the-meter campus build-out in Northern Virginia created exactly this dynamic in 2020, requiring PJM to add a 345 kV transmission reinforcement costing an estimated $180 million specifically to manage the campus’s unannounced islanding and reconnection behavior. The question grid operators are not asking: what contingency analysis has ERCOT performed for the scenario where Pacifico’s GW Ranch loses its gas generation and reconnects to the Texas grid at full 1 GW load, and who bears the cost of any resulting transmission reinforcement?
What Is Being Built
Pacifico Energy is developing GW Ranch in Pecos County, Texas, a private generation complex combining simple-cycle gas turbines, approximately 1 gigawatt of solar, and 1.8 gigawatts of battery storage. Phase one of the gas turbine portion targets 1 GW operational by 2028, with the full facility online by 2030. GW Ranch generates power entirely behind the meter, supplying data centers and industrial operations without connecting to the public transmission grid.
In Yuma County, Arizona, BrightNight and Cordelio Power are developing the Pioneer Clean Energy Center, a 300 MW solar facility paired with 1,200 MWh of battery storage designed to support Arizona Public Service infrastructure without entering the standard interconnection queue.
Why This Matters
The interconnection queue bottleneck reflects a structural mismatch between legacy grid infrastructure and current load growth. Hundreds of data centers each requiring more than 300 MW are under active development, according to the National Center for Energy Analytics. Combined with manufacturing reshoring and electrification Demand in California, Arizona, and Texas, the queue holds more applicants than the grid absorbs on current timelines.
Private behind-the-meter generation solves the access problem by eliminating the utility connection requirement entirely. The developer owns the generation assets, negotiates directly with the end user, and avoids Federal Energy Regulatory Commission interconnection proceedings. Natural gas remains the preferred dispatchable source because of abundant proved reserves exceeding 700 trillion cubic feet and U.S. production that is nearly double November 1980 levels.
Implementation Details
Geographic constraints shape technology choice. West of El Paso, limited natural gas pipeline capacity makes solar-plus-storage more competitive. Water availability shapes siting in arid regions, where dry-cooled simple-cycle gas turbines command a premium over water-intensive combined-cycle plants. Simple-cycle units sacrifice heat-rate efficiency for faster deployment timelines and lower water use, matching project priorities in constrained western locations.
Kevin Pratt, COO of Pacifico Energy, described private microgrids as the fastest route to meeting urgent power demands while bypassing both permitting obstacles and interconnection delays. The company’s commercial and industrial greenhouse gas emissions represent approximately 30% of U.S. total, making on-site renewable integration a parallel priority alongside immediate power access.
Source: PV Magazine USA, January 26, 2026
