Yes. Its anticipated output of 60MW will be a useful and not insignificant contribution to this.

The higher efficiency the turbine the more energy is generated, delivering lower household bills and benefits to the local community.

Tall turbines are able to capture less inhibited wind flows and higher wind speeds meaning the turbines can reach maximum output more often.  It also allows for a larger rotor diameter giving a larger power capture area again increasing the energy production.

With both of these combined it enables us to construct larger more powerful machines – which, on this site, could lead us to reduce the number of turbines. This leads to a lower cost of energy to build and greater impact to the local economy.

We appreciate that a wind farm of this scale will invariably have significant visual effects as a result of their form and locational requirements. Preliminary landscape and visual impact assessment work is underway and is being used to gain an understanding of the visibility and character of the Site in order to reach an acceptable layout. A full detailed assessment will be undertaken as part of the Environmental Impact Assessment. It will consider key viewpoints such those which have been raised by the community so far.

They would be the tallest onshore turbines in UK though only 11m taller than other proposed developments within central and southern Scotland.

Proposed rotor diameters are up to the region of around 170m and although larger than surrounding wind farms, are in line with proposed developments in the wider area. Increased rotor diameters also improve the efficiency of the energy output generation.

We are obviously at the early stages of the design process, and impacts upon wildlife and watercourses are assessed as part of the planning application process. To avoid disturbing these delicate habitats we treat ecological constraints and these water bodies as key design considerations, we will certainly not be placing turbines in them. During construction we employ a range of environmental protection measures specific to these areas such as controlling silt run off and careful storage of materials and fuel.

Post construction we make sure the natural environment is re-established and where we can, improved upon through methods such as Habitat Management plans.

Once our designs have progressed further we will present these and consult with the local community.

As part of the site design process we are working with the Environmental Health Officer and landowners to identify private water supplies within the potential zone of influence of the site. During the environmental impact assessment, any potential effects of the proposed wind farm on the identified private water supplies will be fully considered.

If we are successful through the planning process, we will undertake a baseline water quality assessment in advance of construction works beginning. We will test the surface and ground water on site and at outlet points, as well as requesting to sample any households identified from our design works. These results will be provided to the parties and the Environmental Health Officer. We will then continue monitoring through the construction period to keep on top of any non-standard deviations.

The intended outcome is that local water supplies are not impacted by the turbines or construction. If any incidental impact occurs as a direct result of the project we will apply a ‘good neighbours’ approach to remedy the issue. Any direct and clear impact from the wind farm we will address and remedied.

As part of the site design process we are working with the Environmental Health Officer and knowledge from landowners to identify public water supplies within potential zone of influence of the site. Once established these will be treated as key design factor for the site, when developing its layout. We have employed specialist consultants to drive this analysis.

If we are successful through the planning process, we will undertake a baseline water quality assessment in advance of construction works beginning. We will test the surface, ground water on site and at outlet points, as well as requesting to sample any households identified from our design works. These results will be provided to the parties and the EHO. We will then continue monitoring through the construction period to keep on top of any non-standard deviations.

A detailed Aviation Impact Assessment will be undertaken once we have decided on a layout and we will work with aviation stakeholders to agree a mitigation strategy if required. As the turbines are over 150m they will need to be lit, but we are working on identifying solutions to minimise the visibility of lights on the ground e.g. shielding / dimmer lights.

We have contracted with Scottish Power on the basis of most economical viable solution both the project and the end user. The overhead lines are expected to be steel towers which are designed for longevity and design efficiency.

There are no plans for a private wire connection.

Lethans Extension will be connected to the National Grid distribution network via Glenmucklock Substation.

The routeing of the connection to local Grid Supply Points will be given consideration for both overhead line and underground connection. This will be formally assessed under Section 37 of the Electricity Act 1989, however as much information as possible on potential grid connection options will be included in the planning application for the wind farm.

The turbine routes are still under review but expected to be delivered from King George V Glasgow. From this location, the turbines are expected to travel down the M77 and then to the A76 through New Cumnock and arriving at the site through the consented Lethans WF route. The delivery of these turbines will be assessed and designed by an expert transport consultant to find the most efficient and safest route through any constrictive areas.

The proposed windfarm is located in an extensive area of conifer dominated commercial forestry and, therefore, an area of this forestry will need to be removed to facilitate its construction. To minimise the amount of forestry being felled we are looking to keyhole the turbines into the forestry, which means that we will only remove the trees around the turbines and the infrastructure, leaving the reminder of the forest intact.

It is likely that there will be a requirement for compensatory planting measures to comply with the Scottish Government’s Control of Woodland Policy.

The wind farm generation is based on the turbine nameplate capacity.

The wind farm generation is based on the turbine nameplate capacity. Energy generation comes from a range of sources to provide a balance to the UKs energy needs. When wind energy output is lower, additional energy sources are relied upon and managed by the National Grid.

Onshore wind energy is a well-established form of generating renewable electricity. As part our expanding portfolio, we are also developing a number of solar farms across the UK to add balance to the UKs energy generation and complement our existing successful wind farm developments.

We have no plans to develop energy storage technology on site.

Yes we are engaged in ongoing discussions with them.

OnPath Energy will enter an agreement with the local authority to ensure the site is returned as close as practicable to the current ground conditions at the end of the working life cycle. This fund will cover the removal of turbines and foundation upstands will be removed and covered over.

The project is still in the early stages and as such we do not know how much, if any, subsidies will be available.

Scotland has an excellent wind profile and onshore wind represents one of the best natural resources we have. It brings jobs, investment and growth to the country and local areas as well as being the most affordable way of generating renewable energy which helps bring energy costs down. East Ayrshire have allocated this part of the region to be suitable for wind proposals of this scale. Our approach at OnPath Energy is to develop these projects with care for people, the environment and to invest with local firms that support local jobs.

Onshore wind is the lowest cost renewable energy that can be generated in Scotland. It’s one of our best and cleanest natural resources. This keeps household bills lower as well as providing a way of investing in communities so that they can take steps to improve the wellbeing of local people.

Our wind farm proposal will deliver £5k per MW of community benefit funding each year. This will provide up to £9m in community benefits over the lifetime of the project and invest millions into the local economy through the construction period. We will work in partnership with the communities surrounding the wind farm to maximise the social, economic and environmental benefits for the local area.

As well as significant investment during the construction and operation of the windfarm, there will be a community benefit of £5,000 per MW per annum during the life of the windfarm. Based on current projections for the 10 turbines and the 252m tip height, this would translate into £300,000 per annum for the local community. We will collaborate with local people, community councils and the local authority to determine how this money is used to deliver meaningful impact.

As the design is still being progressed, the construction details are yet to be confirmed. As part of the planning process, a construction method statement will be developed which will inform the scale of construction.

At this stage we anticipate the number to be around 100. Local people will be actively encouraged to get work in the project through our connect2renewables initiative.

We are working today with the local authority and other partners as part of the Renewable energy employment taskforce to deliver employment for people in East Ayrshire into the renewables industry. This will continue for the life of the project.

Operational wind farms require only minimal permanent staff presence as part of the monitoring and maintenance procedures. The total number of staff is yet to be confirmed, however there are also a number of additional trades and professionals who visit the site periodically as part of the ongoing operation and maintenance of the wind farm during its life cycle.

Once the wind farm is built and there is a safe environment for people to visit, OnPath Energy will invite local schools and other community groups to visit the site and learn about how a renewable project such as this takes shape and impacts the local and wider area. With each of our projects we plan to actively engage with young people to educate and inspire them to one day be involved with engineering projects such as this.

We can commit to continuing to engage with community councils during the development of the community benefit fund.  Given the early stages of development and the various stakeholders involved, we can’t commit to what the outcome of that will be at this point, however, this will be built around the situational needs of the local communities and the process of engagement.