Here's What's Going Wrong in the US Offshore Wind Industry

Episode Summary

Executive Summary: The episode examines why U.S. offshore wind is struggling despite policy support: rising interest rates, inflation, supply-chain bottlenecks, and uniquely U.S. structural constraints like the Jones Act and delayed permitting. Bloomberg NEF’s Chelsea Jean-Michel argues the sector is under real pressure but sees the problems as a costly bump rather than a collapse, especially since offshore wind remains valuable for grid reliability, scale, and winter power supply in the Northeast.

Main Topics: Why offshore wind is under stress (Priority: 5/5): Joe and Tracy open by noting weak stock performance and project setbacks across offshore wind, especially Orsted’s declines and U.S. project cancellations, asking whether this is temporary pain or a structural problem. Long project timelines and financing risk (Priority: 5/5): Chelsea explains that U.S. offshore wind often takes 10-14 years from development to construction, creating a long gap between contract award and financing close during which macro conditions can change dramatically. Inflation, interest rates, and levelized cost pressures (Priority: 5/5): The conversation details how higher CAPEX/OPEX, borrowing costs, and inflation have pushed offshore wind’s break-even electricity price sharply higher since 2021, making previously signed contracts less viable. Contract renegotiations and auction fairness (Priority: 4/5): Developers have sought to renegotiate offtake contracts or exit them, but regulators worry reopening prices undermines competitive procurement and harms fairness to prior bidders. Supply-chain and vessel constraints (Priority: 5/5): Bigger turbines lower unit costs, but late-stage projects face supply-chain rigidity, especially vessel availability. The Jones Act and lack of U.S.-built installation vessels are major bottlenecks. Role of state policy versus federal policy (Priority: 4/5): State-level procurement rules and inflation adjustments matter more than federal goals or tax credits in determining whether projects move forward, though the IRA still helps reduce cost pressure. Why offshore wind still matters (Priority: 5/5): Despite setbacks, Chelsea argues offshore wind remains essential because of high capacity factors, gigawatt-scale output, and its ability to support decarbonization and stabilize winter electricity prices in regions like the Northeast.

Key Arguments: Offshore wind in the U.S. is still early-stage, with very few operating turbines, so project risk is high and timelines are long. The biggest issue is not a single flaw in wind physics but the combination of rising rates, inflation, and delayed project development. Of ftake contracts signed years before construction are now mismatched with today’s financing environment, which makes projects harder to close economically. Renegotiating contracts may help individual developers, but it can distort auction fairness and undermine the credibility of prior bids. Bigger turbines have historically lowered costs by reducing the number of foundations, cables, vessel trips, and installed units required. The Jones Act creates a severe logistical constraint because the U.S. lacks enough compliant wind turbine installation vessels. The Inflation Reduction Act helps by lowering effective project costs, but state procurement frameworks are more important for actual buildout. Offshore wind is still strategically valuable because it provides high-capacity-factor power and complements solar and gas-heavy Northeast grids.

Data Points: S&P Global Clean Energy Index performance: Down more than 30% year to date - Cited by Joe and Tracy as evidence of broad weakness in clean-energy stocks, especially wind Orsted share price: Down 50% year to date - Used to illustrate how hard offshore wind companies have been hit U.S. operational offshore turbines: 7 turbines, 42 MW installed - Chelsea’s context for how early the U.S. offshore wind industry is U.S. offshore wind projects under construction: 2 projects, almost 1 GW - Shows that the sector is still expanding despite headwinds U.S. offshore wind projects seeking to cancel/renegotiate contracts: Over 12 GW - Indicates the scale of project distress in the U.S. Typical offshore wind development timeline globally: 8-10 years - Chelsea’s estimate for offshore wind development from concept to completion Typical offshore wind development timeline in the U.S.: Up to 14 years - Reflects added U.S. permitting and procedural delays New York Bight lease auction revenue: Over $4 billion - Example of the scale of seabed lease costs in the U.S. LCOE estimate in 2021: $77.30/MWh - Estimated offshore wind levelized cost of electricity assuming a 30% investment tax credit Added cost from CAPEX and OPEX rise: +$17/MWh - Impact of higher capital and operating costs on LCOE Added cost from interest rate hikes: +$27/MWh - Impact of higher financing costs on LCOE LCOE estimate in 2023: $114.20/MWh - Estimated offshore wind LCOE assuming a 40% investment tax credit U.S. CPI average pre-COVID in 2019: 1.9% - Baseline inflation environment before the current shock U.S. CPI peak in 2022: 9% - Illustrates the inflation surge affecting project economics SOFR in late 2020/2021: Around 0% - Low borrowing-cost environment when many bids were made SOFR in 2023: Around 5.5% - Much higher base rate for project financing Capacity factor for solar: Around 20% - Used to explain why solar is less consistent than wind Capacity factor for onshore wind: Around 30-35% - Benchmark for wind generation reliability Capacity factor for U.S. offshore wind: Around 40-45% - Shows offshore wind’s stronger generation profile

Pivotal Quotes: "It's down 30 percent this year, more than 30 percent this year." — Tracy Alloway: Describing the performance of the S&P Global Clean Energy Index and the broader weakness in clean-energy stocks "There are so many different follow up conversations that we can now have related to questions about, well, what is the optimal size of the blade or the optimal size of the turbine and all these different things that you could see or the optimal bidding process, as you described?" — Joe Weisenthal: Summing up the many structural questions raised by the offshore wind industry "I think dismal is a bit of a big word to use, but you know, it hasn't been great." — Chelsea Jean-Michel: Her measured response to whether the industry is having a disastrous year

Implications: Offshore wind faces real execution risk, but not terminal failure. Expect more contract resets, policy tweaks, vessel investment, and state-level innovation. The sector remains important for clean-power goals, especially in regions needing reliable large-scale renewable generation.