Daily Brief : June 20: Grid Rules Rewired, Geothermal Turbines Race, NASA Buys Satellite Data

HEADLINE

FERC simultaneously rewrites grid interconnection rules for AI data centers, Critical Energy raises $22M to factory-build geothermal turbines, and NASA expands satellite data contracts, three actors attacking the same bottleneck from different angles.

THE BIG PICTURE

The grid is the chokepoint. AI data centers are queued for interconnection approval, geothermal turbine production cannot keep pace with well-drilling, and satellite data on energy infrastructure remains fragmented across government and commercial providers. Today's three stories reveal how capital, regulation, and procurement are being mobilized simultaneously to compress the timeline between energy breakthrough and deployment. FERC is rewriting the rules; Critical Energy is solving the manufacturing problem; NASA is systematizing the monitoring.

WHAT HAPPENED

The Federal Energy Regulatory Commission issued tailored orders on June 18 to every U.S. regional grid operator under Section 206 of the Federal Power Act, directly responding to a 2025 DOE request aimed at accelerating grid interconnection for large-load energy users consuming more than 20 megawatts. The orders, filed under Docket RM26-4-000, address how interconnection costs are allocated, whether facilities can co-locate next to generation sites, and what study timelines apply to each request. This represents a shift from case-by-case approval to nationwide standardization, though state regulators including NARUC have flagged potential federal overreach concerns. FERC had already approved the Southwest Power Pool's High Impact Large Load protocol in January and required PJM Interconnection to implement co-location rules in December, but the June 18 orders mark the first simultaneous nationwide directive across all regional grids.

Critical Energy, a Los Angeles-based geothermal equipment manufacturer founded by aerospace engineer Spencer Jackson, has raised $22 million in seed funding: $19 million in equity led by Susa Ventures and Upfront Ventures, plus $3 million in venture debt from Silicon Valley Bank. The company is building factory-based modular turbines, the 2.5 MW Apex 2500 and 5 MW Apex 5000, designed to eliminate the bottleneck in geothermal deployment. Unlike drilling, which has accelerated, turbine production has lagged; Critical Energy aims to compress manufacturing from years to weeks and scale to several gigawatts annually within four or five years. The company's first commercial 2.5-megawatt project is scheduled to operate in 2027, and it is positioning itself as the only U.S.-based mass manufacturer of modular geothermal turbines. Jackson told TechCrunch: 'Geothermal is going to beat them to it. By a lot.'

NASA has selected eight new companies and expanded contracts with six existing vendors under the Commercial Satellite Data Acquisition Program On-Ramp 2, a firm-fixed-price indefinite-delivery contract with a maximum value of $476 million. New vendors include Hydrosat, Muon Space, and Orbital Sidekick. The expansion allows NASA to source high-resolution, frequent Earth observations from commercial providers rather than building and operating all satellites itself, reducing government costs while creating a funded market for specialized remote-sensing companies. This approach mirrors the geothermal and grid stories: offload the capital-intensive problem to the private sector under contract, accelerate deployment, and maintain oversight.

WATCHING

Watch for the first state-level legal challenge to FERC's June 18 orders, likely from Virginia or another state asserting jurisdiction over local interconnection approval. Also track Critical Energy's first operational 2.5 MW plant in 2027 and whether the company can sustain the manufacturing ramp it is projecting, geothermal deployment will hinge on whether the turbine constraint is genuinely solved.