Forsinain Forest Wind Farm

Low Carbon is proposing a new wind farm, to be known as Forsinain Forest Wind Farm, located on land adjacent to the A897, 3km north of Forsinard and 16km south of Melvich in Sutherland in The Highland Council area.

The Proposed Development will generate 86.4 Megawatts (MW) of clean, green renewable power.

Planning Application Submitted
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Welcome to

Forsinain Forest Wind Farm

Forsin .jpg
Craig Cunningham Senior Project Manager 1.jpg

Craig Cunningham

Senior Project Development Manager

Low Carbon is proposing a new wind farm, to be known as Forsinain Forest Wind Farm, located on land adjacent to the A897, 3km north of Forsinard and 16km south of Melvich in Sutherland in The Highland Council area. The Proposed Development is sited outwith all nationally designated land and The Flow Country UNESCO World Heritage site.

The Proposed Development will generate 86.4 Megawatts (MW) of clean, green renewable power.

A Scoping submission to the Scottish Government’s Energy Consents Unit seeking consultees opinions on the scope of environmental assessments was made in September 2023.

A Section 36 application was subsequently made to the Scottish Government’s Energy Consents Unit in August 2026.

The Section 36 application can be viewed here: Scottish Government - Energy Consents Unit - Application Details

Application Documents

In August 2026, Low Carbon submitted a Section 36 Application and Environmental Impact Assessment Report to the Scottish Government’s Energy Consents Unit (ECU) for Forsinain Forest Wind Farm. The Proposed Development consists of up to 12 turbines with a maximum tip height of 219m and associated infrastructure. The full suite of application documents can be viewed using the links below.

If you would like a download link for the full application emailed directly to you, please contact: info@forsinainforestwindfarm.co.uk.

All documents can also be viewed and downloaded via the SG Website

Public Notice

Vol 01 - Non Technical Summary

Vol 02 - Environmental Impact Assessment Chapters

Vol 3a - Figures

Vol 3b - NatureScot Visualisations (Viewpoint 1-10)

Vol 3c - NatureScot Visualisations (Viewpoint 11-22)

Vol 3d - The Highland Council Visualisations (Viewpoint 1-10)

Vol 3e - The Highland Council Visualisations (Viewpoint 11-22)

Vol 3f - Cultural Heritage Visualisations

Vol 4a - Technical Appendices (Part 1)

Vol 4b - Technical Appendices (Part 2)

Vol 4c - Technical Appendices (Part 3)

Supporting Documents

Proposed Development

The installed capacity of the Proposed Development would be 86.4 Megawatts (MW), comprising up to 12 stand-alone, three bladed horizontal axis wind turbines. Out of the 12, 10 turbines would have a maximum tip height of 219m and 2 turbines would have a maximum tip height of 206m. The number and location of the turbines and associated infrastructure has been subject to thorough consultation and has now been finalised following a detailed iterative design process.

The Proposed Development also includes extensive habitat management and enhancement measures, including 155 hectares of commercial forest to blanket bog restoration, which are further defined within the Environmental Impact Assessment.

Any predicted environmental effects arising from the Proposed Development have been addressed through embedded mitigation as far as reasonably possible. Where necessary, additional specific mitigation measures have been committed to further reduce adverse effects during the construction, operational and decommissioning phases of the development.

News & Latest Updates

A thank you from the Low Carbon Wind Team

Low Carbon would like to extend our sincere thanks to all those who attended the Forsinain Forest Wind Farm 2nd public exhibition!

It was great to meet many of you across both days, and we enjoyed discussing the proposed development with local residents and community stakeholders. We are now working on collating all your valuable feedback.

If you haven't left us feedback yet, don't worry! There's still time.

You can do this via our Forsinain Forest website, or via post to: FREEPOST: LOW CARBON UK WIND TEAM.

View all News

Benefits of Low Carbon Development

Across our portfolio of renewable energy projects, we have championed biodiversity as a critical milestone on the journey towards a low-carbon future.

Wind resource is plentiful in Scotland and can be utilised to provide security of supply and add to the renewable energy generation mix.

  • Biodiversity

    It is important that the site is improved for nature and demonstrates a biodiversity enhancement, thus helping to protect and improve new and existing habitats.

  • Planting

    Where appropriate, we will look to enhance the site with additional planting of native species.

  • Livestock Grazing

    We work in partnership with our landowners and tenants to accommodate appropriate livestock grazing throughout construction and operation of our wind farms.

  • Public Rights of Way

    We intend to keep access to public rights of way open throughout construction and operation of the windfarm, subject to health and safety constraints, and will seek to improve access wherever possible.

  • Community Benefit Fund

    Low Carbon is committed to delivering Community Benefit of £5000 per MW installed per annum (index linked) for the operational lifetime of the project in line with the Scottish Government best practice guidance.

    Where there is an appetite, Low Carbon will work with communities to explore shared ownership options.

  • Supply Chain

    A variety of suppliers are sourced throughout the development, construction, operation and decommissioning of a wind farm. Where possible, Low Carbon will seek to appoint suppliers offering local employment and/or apprenticeships. Please contact us to note your interest.

FAQs

What are the benefits of onshore wind energy?

Onshore wind energy offers several benefits, including:

Renewable and clean: Wind energy is a renewable source that does not produce greenhouse gas emissions or air pollution during operation.

Energy independence: Onshore wind reduces dependence on fossil fuels and enhances energy security.

Job creation: The wind energy sector creates employment opportunities in manufacturing, construction, operations, and maintenance.

Cost-effective: Once installed, onshore wind farms have relatively low operational costs compared to other forms of energy generation.

Local economic development: Wind farms can contribute to the economic growth of local communities through tax revenues and land lease agreements.

Where are onshore wind farms typically located?

Onshore wind farms are usually situated in areas with consistent and strong wind resources. These can include open rural areas, coastal regions, and hilly or mountainous terrains. The specific location depends on factors such as wind speed, land availability, proximity to electrical infrastructure, and environmental considerations.

What is the lifespan of onshore wind turbines?

The average lifespan of onshore wind turbines is around 25 years, although with proper maintenance, some turbines can operate for longer periods. Over time, older turbines can be replaced or upgraded with more advanced and efficient models to improve energy production.

Are there any environmental concerns for wildlife associated with onshore wind energy?

Wind farms may affect bird migration patterns and local wildlife habitats, although proper site selection and mitigation measures can help minimize these impacts.

Are onshore wind turbines noisy?

Wind turbines can produce low-level noise, although modern designs aim to minimize this impact.

How much electricity can an onshore wind turbine generate?

The electricity generation capacity of an onshore wind turbine varies depending on factors such as the turbine size, wind speed, and duration of operation. A typical modern onshore wind turbine with a capacity of 2 to 3 megawatts (MW) can generate enough electricity to power hundreds of homes annually.

How does onshore wind energy compare to other renewable energy sources?

Onshore wind energy is one of the most established and cost-effective renewable energy sources. It competes favourably with other renewables like solar energy and hydroelectric power in terms of electricity generation capacity, cost, and environmental benefits. The choice of energy source depends on factors such as resource availability, location, and specific energy needs.

Virtual Exhibitions

Second Virtual Exhibition

Welcome to the second Public Exhibition for our proposals at Forsinain Forest Wind Farm. The materials presented here are consistent with what we are presenting at our in person events.

This information provides an overview of how the proposals at Forsinain Forest have been refined since Scoping as further studies, site surveys and stakeholder and community engagement has been undertaken.

Please note: Any comments made to Low Carbon at this stage are not representations to the Scottish Ministers. If Low Carbon submits an application in relation to the Proposed Development, there will be an opportunity to make representations to Scottish Ministers during the statutory consultation period after the formal submission.
Introduction
Site Layout - Scoping to now
Exhibition Project Layout
Figure 01 Blade Tip ZTV with Landscape Designations
Figure 02 Cumulative Wind Farms
Figure 03 Cumulative ZTV
Figure 04 Blade Tip ZTV with Visual Receptors
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Introduction
Site Layout - Scoping to now
Exhibition Project Layout
Figure 01 Blade Tip ZTV with Landscape Designations
Figure 02 Cumulative Wind Farms
Figure 03 Cumulative ZTV
Figure 04 Blade Tip ZTV with Visual Receptors

Feedback and Contacting Us

We want to ensure the community local to the Proposed Development is fully informed regarding the plans for the project. We encourage feedback and suggestions to help influence the design of the development. Our project website provides a simple and transparent way for the community to provide feedback.


Supply Chain Register