About wind power

We harness the wind. Together.

Aneo is built on 70 years of renewable energy development, in collaboration with local communities. We are among Norway's most experienced players in wind power, producing clean electricity that ensures supply and value creation for the future.

our perspective on wind power

The power we build the future on

We develop wind power with a clear purpose: to contribute to a secure, renewable, and future-oriented energy supply. We have extensive experience in building, owning, and operating wind farms – in collaboration with local communities where the power is generated and values are created.

Wind power not only provides clean energy – it enhances energy security, enables new industries, and contributes to Norway's climate transition. That's why we build to stay, taking responsibility every step of the way from planning to production.

A proud history

We are small - and big. At the same time. We have the expertise of the big players and the agility of the small ones, you might say. Here are some good reasons why Aneo is the right partner for local communities that want to develop wind power.

01

Pioneers in Norwegian wind power

We installed Norway's first commercial wind turbine in 1986.

01

Pioneers in Norwegian wind power

We installed Norway's first commercial wind turbine in 1986.

01

Pioneers in Norwegian wind power

We installed Norway's first commercial wind turbine in 1986.

02

Experience

We have built and operate over 200 wind turbines.

02

Experience

We have built and operate over 200 wind turbines.

02

Experience

We have built and operate over 200 wind turbines.

03

Long-term Presence

We invest to build, build to own, and own to operate.

03

Long-term Presence

We invest to build, build to own, and own to operate.

03

Long-term Presence

We invest to build, build to own, and own to operate.

04

Collaboration with Local Communities

We create solutions in close dialogue with municipalities, landowners, and residents.

04

Collaboration with Local Communities

We create solutions in close dialogue with municipalities, landowners, and residents.

04

Collaboration with Local Communities

We create solutions in close dialogue with municipalities, landowners, and residents.

Why the development of wind power is important

Why the Development of Wind Power is Important

01 Wind power is an affordable energy source

Onshore wind power is the cheapest way to produce new electricity in Norway, with a cost of approximately 42 øre/kWh. In comparison, hydropower costs 43 øre/kWh, while offshore wind and nuclear power are significantly more expensive.

Comparison of energy costs

Onshore wind power

0+ CENTS/KWH

Onshore wind power

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Onshore wind power

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Hydropower

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Hydropower

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Hydropower

0+ CENTS/KWH

Solar Power

0+ CENTS/KWH

Solar Power

0+ CENTS/KWH

Solar Power

0+ CENTS/KWH

Floating Offshore Wind

0+ CENTS/KWH

Floating Offshore Wind

0+ CENTS/KWH

Floating Offshore Wind

0+ CENTS/KWH

Nuclear Power

0+ CENTS/KWH

Nuclear Power

0+ CENTS/KWH

Nuclear Power

0+ CENTS/KWH

02 Norway's Unique Wind Conditions

Norway has some of the best wind conditions in Europe. A small increase in wind speed can have significant effects, allowing us to produce up to three times more power per unit area than in Germany. Moreover, we have hydropower reservoirs that can store energy when it's very windy, providing a unique opportunity to balance the power system.

Smiling woman with wind in her hair
Smiling woman with wind in her hair

Economic Benefits for Municipalities and Landowners

Strong Revenues from Wind Power

Wind power generates local value through property taxes and production fees. A wind turbine with a capacity of 5 MW can contribute 600,000–700,000 kroner per year to the municipality. Consequently, a wind farm with 20 turbines can provide 12–14 million kroner in annual revenue.

Strong Revenues from Wind Power

Wind power generates local value through property taxes and production fees. A wind turbine with a capacity of 5 MW can contribute 600,000–700,000 kroner per year to the municipality. Consequently, a wind farm with 20 turbines can provide 12–14 million kroner in annual revenue.

Strong Revenues from Wind Power

Wind power generates local value through property taxes and production fees. A wind turbine with a capacity of 5 MW can contribute 600,000–700,000 kroner per year to the municipality. Consequently, a wind farm with 20 turbines can provide 12–14 million kroner in annual revenue.

Agreements with Landowners

Landowners in planned development areas enter into agreements for leasing land, where the terms are adapted to local conditions such as wind resources and investment costs.

Agreements with Landowners

Landowners in planned development areas enter into agreements for leasing land, where the terms are adapted to local conditions such as wind resources and investment costs.

Agreements with Landowners

Landowners in planned development areas enter into agreements for leasing land, where the terms are adapted to local conditions such as wind resources and investment costs.

Create activity and jobs

We are committed to creating activity in the host communities we operate in and utilizing local contractors and suppliers. Our previous development projects have demonstrated that we have been successful in this endeavor. From experience, we observe a significant increase in activity in the host communities while we are constructing a wind farm. The construction phase typically lasts 2-3 seasons, depending on the size of the power plant. The extensive construction activities during this phase also lead to a demand for additional supplies, such as fuel and other services from the service industry. Once the wind farm is completed and ready for operation, we aim to employ local labor. Experiences indicate that a significant portion of the deliveries and services during the operational phase comes from local players, such as snow removal, road and building maintenance, accommodation, mechanical workshops, car repair shops, and fuel supply.

Create activity and jobs

We are committed to creating activity in the host communities we operate in and utilizing local contractors and suppliers. Our previous development projects have demonstrated that we have been successful in this endeavor. From experience, we observe a significant increase in activity in the host communities while we are constructing a wind farm. The construction phase typically lasts 2-3 seasons, depending on the size of the power plant. The extensive construction activities during this phase also lead to a demand for additional supplies, such as fuel and other services from the service industry. Once the wind farm is completed and ready for operation, we aim to employ local labor. Experiences indicate that a significant portion of the deliveries and services during the operational phase comes from local players, such as snow removal, road and building maintenance, accommodation, mechanical workshops, car repair shops, and fuel supply.

Create activity and jobs

We are committed to creating activity in the host communities we operate in and utilizing local contractors and suppliers. Our previous development projects have demonstrated that we have been successful in this endeavor. From experience, we observe a significant increase in activity in the host communities while we are constructing a wind farm. The construction phase typically lasts 2-3 seasons, depending on the size of the power plant. The extensive construction activities during this phase also lead to a demand for additional supplies, such as fuel and other services from the service industry. Once the wind farm is completed and ready for operation, we aim to employ local labor. Experiences indicate that a significant portion of the deliveries and services during the operational phase comes from local players, such as snow removal, road and building maintenance, accommodation, mechanical workshops, car repair shops, and fuel supply.

community experience with wind power

From opponents of wind power, it has been said that "where knowledge is greatest and experiences are most numerous, the opposition is strongest."

We experience the exact opposite. Take a look at a couple of examples here…

From the opponents of wind power, it has been said that 'where the knowledge is greatest and the experiences most numerous, the opposition is strongest.'

We experience quite the opposite. Take a look at a couple of examples here…

From the opponents of wind power, it has been said that "where knowledge is greatest and experiences are most, opposition is strongest."

We experience the exact opposite. Take a look at a couple of examples here…

Video from the collaboration with Selbu Municipality
Video from the collaboration with Selbu Municipality
Collaboration in Selbu

In close collaboration with Selbu Municipality, Stokkfjellet wind farm has made beautiful mountain and hiking areas more accessible to the general public.

Video about the ripple effects from the Åfjord Municipality
Video about the ripple effects from the Åfjord Municipality
Ripple Effects in Åfjord

Åfjord has reversed many trends of traditional rural municipalities in recent years and credits much of its positive development to the wind power that has been constructed.

processing procedure for wind power

How does a typical "wind power process" work?

How does a typical 'wind power process' work?

It is up to the individual municipality to decide whether they want to facilitate wind power in their area. The wind power development process is quite extensive to ensure the best possible knowledge base for making a qualified decision.

The establishment of a wind farm requires both planning clarification according to the Planning and Building Act (PBA) and a license under the Energy Act. The host municipality is the responsible authority under the PBA, and the Norwegian Water Resources and Energy Directorate (NVE) is the responsible authority under the Energy Act.

Both the PBA and the Energy Act were amended in 2023 to clarify that the municipality takes the lead in the process. Before a license application for an area can be submitted, an impact assessment must be prepared. The host municipality has the opportunity to stop the process at several stages, both before and after the impact assessment has been completed.

The municipality

NVE

1.1

Preliminary meeting with the municipality

Preliminary meeting with the municipality

1.2

Project Initiative and Kickoff Meeting

Project Initiative and Kickoff Meeting

1.3

Planning Program

Planning Program

2.1

Message with investigation program

Message with investigation program

Notice of commencement, consultation/public review of the planning program

Hearing of notice.
NVE sets the notice with investigation program

1.4

Environmental Impact Assessment (EIA) and Planning Proposal

Environmental Impact Assessment (EIA) and Planning Proposal

2.2

Impact Assessment (IA) and License Application

Impact Assessment (IA) and License Application

Public consultation/hearing of the proposed plan

Consultation on the License Application

1.5

Planning Process

Planning Process

2.3

Licensing process

Licensing process

1.6

Adoption of Area Regulation

Adoption of Area Regulation

2.4

Decision on Concession Application

Decision on Concession Application

2.5

Detailed Plan (MTA)

Detailed Plan (MTA)

2.6

Construction Start

Construction Start

Area requirements for wind power

Our Land Requirements for Wind Power 

Our Area Needs for Wind Power 

We develop renewable energy with consideration for nature and society. Our guidelines for land use ensure that we assess the climate and environmental impacts early in project development – both for solar and wind power. This provides us with a structured approach that aligns with our sustainability policy, enhanced governmental requirements, and international commitments such as the Nature Agreement (COP15). 

Wind power is a type of development where the interventions are comparable from project to project. NVE has compiled both direct and indirect land use from Norwegian wind power plants on their website. 

Through clear principles, decision-making tools, and a consistent process for environmental assessments, we work to avoid unnecessary interventions and minimize impacts. The guidelines help us make wise choices that balance the need for more renewable energy with the consideration for nature. We will continue to develop and improve these guidelines to always have the best tools for ensuring responsible and sustainable land use. 

Questions You Might Have About Wind Power

What is the process for applying for a wind power license?
What is the process for applying for a wind power license?
What is the process for applying for a wind power license?
How does Aneo build wind power?
How does Aneo build wind power?
How does Aneo build wind power?
Our greenhouse gas emissions from wind power
Our greenhouse gas emissions from wind power
Our greenhouse gas emissions from wind power
Impacts of Wind Power on Nature, Environment, and Society
Impacts of Wind Power on Nature, Environment, and Society
Impacts of Wind Power on Nature, Environment, and Society
How does Aneo work with recycling?
How does Aneo work with recycling?
How does Aneo work with recycling?
How do we dismantle wind power plants and restore nature?
How do we dismantle wind power plants and restore nature?
How do we dismantle wind power plants and restore nature?
What alternatives do we have to onshore wind power today?
What alternatives do we have to onshore wind power today?
What alternatives do we have to onshore wind power today?