Episode Summary
Executive Summary: The episode centers on U.S. grid interconnection reform, arguing that queue delays are now a major barrier to the energy transition. Host Shale Khan and Tyler Norris compare the conventional, study-heavy process outside ERCOT with Texas’s faster, risk-shifting model, concluding that FERC Order 2023 is helpful but insufficient without deeper reforms and better proactive transmission planning.
Main Topics: Show and company announcements (Priority: 2/5): Stephen Lacey announces PostScript Media’s rebrand to Latitude Media and promotes upcoming Latitude and Canary Media events, including Transition AI New York and Canary Live Bay Area. Interconnection as the main bottleneck (Priority: 5/5): Shale frames interconnection for both generation and load as the biggest barrier to scaling clean energy and electrified demand, citing long queues and rising project costs/timelines. FERC Order 2023 (Priority: 5/5): Tyler explains the order’s move from serial studies to cluster studies, plus related reforms like anti-speculation rules, deadlines, heat maps, and grid-enhancing technology requirements, but says it will not solve the problem alone. ERCOT as a model (Priority: 5/5): The discussion highlights Texas’s market design, where generators interconnect quickly and bear curtailment risk while transmission upgrades are planned separately based on congestion economics. Why the rest of the U.S. is slower (Priority: 4/5): Outside ERCOT, system impact studies, deliverability testing, capacity-market requirements, and interconnection-driven upgrade funding create long, resource-intensive, and expensive queues. Practical reform options (Priority: 4/5): Norris proposes realistic reforms outside ERCOT, including two-step studies for energy-only then capacity resources, better impact thresholds, and more proactive transmission planning with cost-benefit analysis.
Key Arguments: Interconnection delay is no longer a niche issue; it is becoming the central constraint on replacing retiring fossil generation and adding electrified load like EVs, heat pumps, data centers, hydrogen, and carbon removal. The queue backlog has grown so large that the traditional interconnection process is structurally unable to keep pace with clean energy deployment. FERC Order 2023 is meaningful because cluster studies should reduce administrative burden and spread upgrade costs, but empirical evidence that it materially accelerates interconnection is still limited. ERCOT interconnects faster because it does not require the interconnection process itself to identify and pay for all upgrades; instead, it allows generators to connect and absorb curtailment risk. Texas’s approach works because market dispatch can curtail generators in real time, while separate transmission planning uses congestion signals to prioritize upgrades. The slower process outside ERCOT is inefficient in three ways: it is temporally slow, bureaucratically burdensome, and economically suboptimal because it delays cheaper resources and can force piecemeal upgrades. Capacity markets outside ERCOT make the problem more complex, but they do not make Texas-style speed impossible; reforms can be adapted with two-stage studies and better planning. Proactive transmission planning should rely on longer-term cost-benefit analysis rather than only interconnection-triggered upgrades.
Data Points: Rebrand timing: October - PostScript Media will rebrand as Latitude Media and launch a new B2B climate-tech news site. Transition AI New York date: October 19 - One-day conference and workshop in Manhattan focused on AI’s impact on energy and infrastructure. Canary Live Bay Area date: October 3 - Live Canary Media event in Berkeley focused on energy transition and policy. Interconnection queue growth in 2022: 40% - The backlog of projects waiting to connect to the grid grew sharply in 2022. Total interconnection backlog: just over 2,000 GW - Combined queue of projects waiting for interconnection in the U.S. Backlog driven by solar and storage: 80% - Most queue growth came from solar and storage projects. U.S. operational generation capacity: around 1,200 GW - Used as a comparison to the size of the queue backlog. Generation capacity in backlog: around 1,350 GW - Approximate share of queued projects that are generation capacity. Storage in backlog: about 700 GW - Approximate share of queued projects that are storage projects. Typical interconnection duration then vs. now: from around 2 years to 4+ years - Tyler cites Lawrence Berkeley National Lab findings showing timelines roughly doubled. Texas installed wind capacity: around 40 GW - Texas has about three times more wind than any other state. Share of U.S. wind in Texas: just under 30% - Texas accounts for nearly one-third of national wind capacity. Texas utility-scale solar installed: about 17 GW - ERCOT’s utility-scale solar fleet, with statewide solar around 20 GW. Texas solar rank: #2 in the U.S. - Texas is second only to California in solar capacity. Texas solar additions in 2020: 2.5 GW - Annual utility-scale solar interconnections begin accelerating. Texas solar additions in 2021: 4 GW - ERCOT solar interconnection increases sharply. Texas solar additions in 2022: 2.6 GW - Texas continues adding substantial solar capacity. Texas solar added over three years: around 10 GW - Combined 2020-2022 utility-scale solar additions in Texas. PJM peak load vs ERCOT: approximately 2x larger - Used to show ERCOT’s performance is not simply due to Texas being a larger market. PJM interconnection rate vs ERCOT: approximately 2.5x less over the past two years - Comparative interconnection performance across markets. Transition AI discount code: PSPods10 - Podcast listeners get 10% off Transition AI New York tickets.
Pivotal Quotes: "I think that interconnection, both of generation and of load, is rapidly becoming the single biggest barrier to the energy transition. Full stop." — Shale Khan: The host introduces the episode’s central thesis about grid bottlenecks. "The defining feature of ERCOT's interconnection process is that they don't rely on the interconnection process itself to identify and pay for grid upgrades." — Tyler Norris: Core explanation of why ERCOT can connect projects faster than other U.S. markets. "This is a meaningful step, but there's a lot more to be done." — Commissioner Clements (referenced by Tyler Norris): Summary of FERC Order 2023’s limitations and why additional reforms are needed.
Implications: Grid bottlenecks will increasingly determine the pace of clean energy, electrification, and data-center growth. Faster interconnection will require not just study reform, but market design changes, better planning, and willingness to shift curtailment risk.