Two Offshore Wind Deals Scrapped for Conventional Energy Investments
In a major policy shift, the Department of the Interior has approved agreements under which Bluepoint Wind and Golden State Wind will terminate their offshore wind leases. In exchange, their affiliates will redirect billions in capital toward LNG and conventional energy projects.
Bluepoint Wind Agreement
Global Infrastructure Partners (part of BlackRock) has committed to invest up to $765 million—the amount originally paid for the lease bid—into a US LNG facility. Once the investment is made, the Interior Department will reimburse the bid payment. As part of the deal, Bluepoint Wind will not pursue new offshore wind projects in the United States.
Golden State Wind Agreement
Golden State Wind will terminate its lease in the Morro Bay Wind Energy Area, California (Lease OCS-P 0564). Under the agreement, it will be eligible to recover approximately $120 million in lease fees after investing an equal amount in US oil and gas assets, energy infrastructure, or LNG projects along the Gulf Coast.
"We are pleased to reach a resolution that supports reliable baseload power and lowers utility bills for American families." — Secretary of the Interior Doug Burgum
Likewise, Golden State Wind will not seek new offshore wind projects in the US going forward.
Background
The companies cited impractical development without taxpayer subsidies as a primary reason for abandoning their offshore wind ambitions. Both firms expressed satisfaction with the resolution.
"These agreements benefit American taxpayers by redirecting capital into robust, conventional energy infrastructure." — Associate Attorney General Stanley E. Woodward, Jr.
Key Takeaways
- Bluepoint Wind (BlackRock/Global Infrastructure Partners): $765M investment in US LNG; lease fees reimbursed.
- Golden State Wind: ~$120M lease recovery tied to equal investment in Gulf Coast oil, gas, or LNG.
- Both companies will permanently exit US offshore wind development.
- Interior Department frames the deal as pro-consumer and pro-baseload power.