Wind Turbine Installation and Site Assessment in Scotland
Renew-Able Solutions helps homeowners, farms, rural businesses and commercial sites assess wind-generation opportunities across Edinburgh, East Lothian and suitable locations in Scotland. A viable project depends on the wind resource, exposure, turbine siting, planning, grid connection, civil and structural works, noise constraints and budget. We begin with project details and feasibility checks before recommending surveys, design work or a quotation. Output, savings, export income and payback are site-specific and cannot be guaranteed.
Our Partners
Wind Turbine Feasibility, Design and Installation Support
We take a site-led approach to small and medium wind projects. The first stage is to understand the property, energy use, available land, local constraints and intended connection. Where the opportunity appears suitable, we can discuss wind-resource assessment, equipment options, planning, grid applications, foundations, electrical integration, installation and ongoing support.
Wind Turbine System Options
The appropriate configuration depends on the site, wind conditions, energy demand, grid availability and project objectives. Equipment and system architecture are selected only after the relevant technical and practical constraints have been reviewed.
Grid-Connected Wind Generation
A grid-connected turbine can supply on-site demand and may export surplus electricity where the network connection and export arrangements allow. Turbine output and export income depend on the site, wind resource, equipment and grid approval.
Wind Generation with Battery Storage
Battery storage may be considered alongside wind generation to increase on-site use or support other energy objectives. Backup operation is not automatic and requires compatible equipment, design and earthing arrangements.
Off-Grid and Remote-Site Systems
Off-grid wind may form part of a wider system using batteries, controls, backup generation or other renewable sources. These projects require detailed load assessment, wind data, resilience planning and equipment compatibility checks.
Our Wind Turbine Project Process
Discuss a Wind Turbine Project
Tell us the postcode, property or land type, available space, electricity use, supply details, project goals and any existing renewable equipment. We will review the initial information and explain whether further feasibility work or a site assessment is appropriate.
Why Choose Renew-Able Solutions for Wind Turbine Projects?
What Our Customers Say About Us
Frequently Asked Questions
There is no single wind-speed figure that proves a project will be viable. Average speed, wind distribution, turbulence, obstacles, hub height, exposure, turbine power curve, losses and energy use all matter. Desktop data can support early screening, but suitable measurement or specialist assessment may be required before output is estimated.
Planning requirements depend on the turbine, height, location, property, surrounding land, noise, visual impact and local planning rules. Some proposals may benefit from permitted-development provisions, but this must be checked for the specific site. We do not assume permission until the relevant requirements are confirmed.
Yes, we can review suitable domestic and rural-property enquiries. Not every home is appropriate: available land, exposure, turbulence, access, planning constraints, grid connection, neighbours and economics all influence feasibility.
Cost depends on turbine capacity, tower, foundations, access, lifting, surveys, design, planning, grid work, electrical integration, monitoring and maintenance requirements. We provide a project-specific quotation after the necessary feasibility information is available rather than publishing a misleading fixed price range.
Generation depends on the measured or assessed wind resource at hub height, turbine power curve, siting, turbulence, availability, electrical losses and any grid or control limitations. We present estimates with their assumptions where sufficient information is available; actual generation cannot be guaranteed.
