Duke Energy Offshore Wind Pivot, Shelves 2, 400 MW Goal for 1, 360 MW Gas Plant, and Halts Projects (2025)

Offshore Wind Project Cancellations, Duke Energy Shelves 2, 400 MW Plan

In 2025, Duke Energy executed a strategic reversal by shelving its offshore wind development plans, a move driven by rising capital costs and an unfavorable federal policy environment. This decision halts the company’s prior ambitions to add significant offshore wind capacity, fundamentally altering its decarbonization strategy in favor of fossil fuel investments to meet near-term demand.

Duke Energy’s 2025 Strategy Reversal

• Prior to 2025, Duke Energy‘s long-term plans included a goal to incorporate 2, 400 MW of offshore wind by 2035, aligning with North Carolina’s renewable energy targets.
• In August 2025, the company officially shelved these plans, including the specific wind farms proposed off the coast of Brunswick County, citing a lack of cost-competitiveness based on an independent review.
• This action coincided with a challenging political climate for the U.S. offshore wind industry, with the Trump administration actively stopping construction and revoking permits for major projects, creating significant investment uncertainty.

Pivot to Natural Gas Generation

• The pivot away from wind was directly coupled with a new investment in fossil fuels. In February 2025, Duke Energy proposed a new, massive 1, 360-megawatt combined-cycle gas plant in Person County, North Carolina.
• This strategic shift was later codified in the company’s updated Carbon Plan in November 2025, which completely removed wind generation from its grid mix projections through 2033.
• This pivot toward natural gas, a common move for utilities prioritizing dispatchable power, contrasts with the strategies of European peers like Enel, which has focused on de-risking its portfolio through onshore renewables and grid networks.

$145 B Capital Plan Shift, Duke Energy Prioritizes Natural Gas

Duke Energy‘s 2025 financial decisions reflect a clear reallocation of capital away from aspirational offshore wind projects and toward conventional natural gas generation to address rising electricity demand from data centers and other sources. While a $145 billion ten-year energy transition plan remains in place, its near-term priorities have demonstrably shifted.

Acknowledging Higher Wind Costs

• A filing from February 2026 confirmed that Duke Energy‘s “2025 IRP Update” had formally recognized a significant increase in the capital costs associated with offshore wind projects.
• This acknowledgement provides the financial rationale for the company’s decision, positioning gas-fired units as a more economically attractive investment to ensure grid reliability in the short term.

New Investments in Gas Turbines

• The most significant investment signal was the February 2025 proposal for a 1, 360 MW natural gas plant, which was followed by plans for a second, similar-sized plant.
• These investments in new methane gas capacity directly compete for capital that could have been allocated to the now-shelved offshore wind projects, raising questions about the company’s ability to meet North Carolina’s legal requirement for Net Zero by 2050.

Table: Duke Energy Project Cancellations and Investment Shifts (2025)

US East Coast Divergence, Duke Energy Halts North Carolina Wind Projects

The U.S. East Coast presented a fractured landscape for offshore wind development in 2025, with Duke Energy‘s withdrawal in North Carolina standing in stark contrast to the continued progress of major projects in neighboring states. This divergence highlights how individual corporate strategies and state-level regulatory differences are shaping the trajectory of renewable energy deployment.

North Carolina vs. Virginia

• In North Carolina, Duke Energy leveraged the non-binding nature of the state’s offshore wind targets to pivot its strategy in response to economic and political pressures.
• Simultaneously, competitor Dominion Energy in Virginia affirmed in February 2025 that its large-scale Coastal Virginia Offshore Wind (CVOW) project remained on track for completion by late 2026, benefiting from more binding state mandates.
• The Dominion Energy project, set to become the largest in the U.S., features 176 Siemens Gamesa turbines, demonstrating that supply chains and technology were available for companies with a durable business case.

The Federal Policy Factor

• The overarching political context heavily influenced these regional differences, as a presidential executive order in 2025 created significant headwinds for the entire U.S. offshore wind sector.
• This federal-level uncertainty impacted major developers like Ørsted and provided additional justification for risk-averse utilities like Duke Energy to pause capital-intensive projects. This strategic pause contrasts with the approach of oil and gas majors like Chevron, which are exploring floating offshore wind by leveraging deep-water expertise.

Offshore Wind Viability, Duke Energy Cites Rising Costs in 2025

While offshore wind technology is commercially mature on a global scale, its economic viability in specific U.S. markets faced a critical test in 2025. Duke Energy‘s public determination that the technology was not cost-competitive for its customers underscores the regional challenges of project economics, even as global markets continue to expand.

A Shift in Economic Assessment

• Between 2021 and 2024, Duke Energy‘s planning included offshore wind as a viable component of its future energy mix, indicating a positive initial assessment of its long-term feasibility.
• In 2025, this assessment was completely reversed, with the company’s IRP update citing increased capital costs as a primary driver for shelving projects, a move that de-risked its near-term financial outlook.

Global Market vs. Regional Reality

• Duke Energy‘s decision diverged from broader market trends, as the global offshore wind market was valued at $47.3 billion in 2025 and projected to grow at a CAGR of 11.9%.
• The continued progress of Dominion Energy’s CVOW project in Virginia further illustrates that the issue was not the technology itself but rather a combination of company-specific risk appetite, state-level support, and the perceived high cost of capital for North Carolina projects. The move by Duke Energy is distinct from the strategy of some state-owned enterprises like Petrobras, which are proceeding with initial pilot projects to build capabilities for the energy transition.

SWOT Analysis, Duke Energy’s Pivot from Offshore Wind

The strategic analysis of Duke Energy’s 2025 activities reveals a calculated response to immediate economic and political threats, prioritizing short-term financial stability and grid reliability over its previously stated long-term renewable energy goals. This pivot leverages the company’s strengths in conventional power generation while exposing it to long-term risks associated with decarbonization mandates.

Table: SWOT Analysis for Duke Energy’s Offshore Wind Strategy

Duke Energy 2026 Outlook, Reinstatement of 2, 400 MW Wind Goal?

The primary strategic question for Duke Energy in 2026 and beyond is whether the 2025 pause on offshore wind represents a temporary deferral or a permanent abandonment of the technology in its long-term resource planning. Future Integrated Resource Plans (IRPs) and capital allocation decisions will be the definitive signals of the company’s direction.

• If the political and regulatory environment for renewables improves, watch for any statements or filings from Duke Energy that revisit its long-term 2, 400 MW offshore wind target. A new Request for Information (RFI) for wind projects would be a strong signal of a strategic reversal.
• Monitor the company’s capital expenditure budgets in upcoming quarterly reports. A key signal would be a clear reallocation of planned investment away from the natural gas projects prioritized in 2025 and back toward renewable generation. The use of its planned $10 billion equity issuance between 2027 and 2030 will be telling.
• These events could be happening in the context of broader industry consolidation or new partnership models. Watch for any announcements of joint ventures or collaborations designed to de-risk large-scale renewable projects, which could provide a pathway for Duke Energy to re-enter the offshore wind market with a reduced risk profile.

The questions your competitors are already asking

This report covers one angle of Duke Energy’s energy transition trajectory. The questions that matter most depend on your work.

• US utilities building new gas plants for data centers
• US offshore wind project status East Coast
• Federal policy impact on offshore wind projects
• North Carolina clean energy law and utility compliance

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