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Is wind power profitable?

Short answer

Yes. If it wasn't, no one would build or invest. Together with solar power, wind power is considered the cheapest and most competitive source of electricity globally. An individual wind park is profitable if the revenue over the lifetime of the asset exceeds the costs of investment, operation and maintenance. An individual wind park subsidiary (a "special purpose vehicle" or SPV) may report weak or negative profit in certain years, especially early in it's lifetime when the largest expenses occur, while still creating significant value for the owner over time.

Why is this discussed?

The profitability of wind power is debated because the situation can seem contradictory. A study of annual reports from Swedish wind power project companies written by Sandström and Steinbeck is said to show that the entire industry is chronically unprofitable, and spectacular individual bankruptcies occasionally receive significant media attention. Despite this, sophisticated investors such as pension funds, infrastructure funds, energy companies and banks continue to finance Nordic wind power projects. How can this be reconciled?

The explanation is that the long-term value of an asset cannot be directly inferred from averages in subsidiaries’ annual reports. Investors assess the value of a wind park based on all expected future cash flows, financing terms, risk and their return requirements.

Common misconceptions

"A wind park that reports a loss is worthless"

That is rarely true. Generally, you need to either know or assume much more that what can be found in the annual report to assess the value of a particular wind park.

"Wind power losses are covered by subsidies and tax money"

This is untrue. Today, no public financial support is distributed to wind power projects in Sweden. Since 2021, no new renewable energy certificates are issued to wind parks and the market price for them hover around 0 and is expected to do so until the scheme is retired in 2035. Onshore wind power is a mature technology that, according to the IEA, is the most competitive energy source globally. Onshore wind does not need subsidies to be profitable and any losses are absorbed by the owners.

"Power prices are too low for wind power to be profitable"

Power prices are, together with volume of production, what determines a wind park’s revenue. The LCoE (“levelized cost of energy”) is a measure of the required break-even price for a particular energy source.

According to IRENA, onshore wind is the cheapest source of energy in LCoE terms in the world. That means that wind power has better opportunity to reach profitability than most technologies.

In a report from IFN from 2025, it is estimated that the LCoE for Swedish onshore wind power is approximately 23-50 EUR/MWh. The same report estimates that nuclear power has an LCoE of around 100-200 EUR/MWh.

Sweden is divided in to four electricity bidding zones between which prices vary according to supply and demand and transmission capacity. In recent years, the wind power build-out has been particularly strong in the two northern-most bidding zones, while demand has grown more slowly han anticipated. This has caused electricity prices in these zones to drop below those in the southern bidding zones, leading to decreased revenues for wind power. Even so, there are indications that Swedish electricity demand and prices will rise in the future.

What affects the assessment?

  • Geographical location
  • Terms in offtake agreements (such as PPAs)
  • Wind resources and  its correlation with other electricity generation
  • Production availability
  • Grid fees and other operating costs
  • Financing structure
  • Ownership structure
  • Return requirements

Conclusion

Wind power and other renewable energy projects require large upfront investments, while revenues are generated over a long period. In addition, ownership and financing structures affect the numbers reported in publicly available annual reports.

For that reason, the result for a single year rarely tells the full story about the profitability of a park or the value it creates for its owner. Value is primarily determined by expected future cash flows, risk and return requirements.

Sources & further reading

Frequently asked questions

More electricity generation with low variable costs (such as wind and solar) can, over time, put downward pressure on electricity prices during periods of high production. However, prices are also influenced by grid capacity, demand, and conditions in the wider international electricity market.

Further details:
From an energy security perspective, domestically produced renewable electricity can reduce dependence on imported fuels. At the same time, investments in electricity grids, flexibility solutions, and energy storage become increasingly important to manage variability in power generation.

Sources:
World Energy Outlook 2025 – Analysis – IEA
Renewable power generation costs in 2024 – Executive summary
New report from IRENA: Moving from energy crisis to energy security with renewables – Energy in Demand – Sustainable Energy – Rod Janssen

The expansion of renewable energy creates jobs in project development, construction, operations, maintenance, and across the supply chain.

Further details:
Renewable energy projects can also generate local economic benefits through land lease payments, service contracts, and business opportunities for local companies. During both construction and operation, a wide range of suppliers and contractors may be involved, creating demand for goods and services in the surrounding area.

At a broader level, increasing domestic electricity generation from renewable sources can reduce reliance on imported fuels and strengthen energy security. This can help make energy costs more predictable over time, although electricity prices are still influenced by factors such as weather conditions, electricity demand, grid capacity, fuel prices, and developments in European and global energy markets.

Research from international organisations shows that renewable energy deployment can support economic growth, create employment, and strengthen energy security by reducing dependence on imported fossil fuels.

Sources
Clean energy is boosting economic growth – Analysis – IEA
Executive summary – World Energy Employment 2023 – Analysis – IEA
Energy and Jobs
Renewable energy and jobs: Annual review 2024
Renewable Energy and Jobs – Annual Review 2024 | International Labour Organization
Energy security – Analysis – IEA

Wind and solar power vary with weather conditions, but electricity systems can be made more reliable by combining different energy sources and distributing generation across larger geographic areas.

Further details:
Weather-dependent generation can be complemented by energy storage, such as batteries, which can help improve system flexibility and stability. Wind and solar power can also be combined with other energy sources and technologies that help balance supply and demand.

In Sweden and the Nordic region, hydropower often provides flexibility by adjusting production when needed. Across Europe, interconnected electricity grids help balance variations in renewable generation between different regions. Improved forecasting, flexible electricity use, energy storage and grid expansion all contribute to integrating large shares of wind and solar power while maintaining a reliable electricity system.

Sources
Renewable energy – powering a safer future | United Nations
Renewables and Low-Emissions Fuels – Energy System – IEA
Renewables 2025 – Analysis – IEA

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