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Forthbank Wind Energy Development - Partnerships for Renewables

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<strong>Forthbank</strong> <strong>Wind</strong> <strong>Energy</strong> <strong>Development</strong><br />

4.3.6 The vegetation on the remainder of the application area and the landscape surrounding the<br />

site are discussed in more detail in Chapter 11 (Ecology) and Chapter 9 (LVIA), respectively.<br />

Nearest Residential Properties<br />

4.3.7 The nearest residential properties to the proposed turbine sites are within Riverside View<br />

(Alloa), which lie approximately 460m to the north of Turbine 1.<br />

4.3.8 The distances of the closest residential properties to the proposed wind energy development<br />

are detailed in Table 4.1 below.<br />

Table 4.1 Nearest Residential Properties<br />

Property<br />

Position Relative<br />

to Site<br />

Nearest Turbine Distance to Site<br />

Boundary (m)<br />

Distance to Nearest<br />

Turbine (m)<br />

Riverside View (Alloa) North 1 170 468<br />

Park Farm East 3 280 833<br />

Inch of Ferryton Southeast 4 710 902<br />

Craigrie Northeast 3 770 1,190<br />

Arns East 4 870 1,330<br />

Parkmill North 1 910 1,100<br />

Dunmore Home Farm Southwest 2 940 1,030<br />

South Kersie West 1 1730 1,820<br />

4.3.9 The nearest settlements are Alloa (0.17km north of the application boundary), South Alloa<br />

(0.95km west of the site), Clackmannan (approximately 1.1km east of the site at its nearest<br />

point, and 1.45km to the main street), and Dunmore (0.9km south). Further afield are Kennet<br />

(2km southeast), Kincardine (3.8km southeast at its closet point), Airth (2.4km southwest), and<br />

Throsk (3.15km west).<br />

4.4 Purpose and Objective<br />

4.4.1 As identified in Chapter 1, the purpose of the scheme is the generation of electricity. If four<br />

2.5MW turbines are constructed they are expected to generate approximately 26.28GWh of<br />

renewable energy per year. This is equivalent to the amount of energy used annually by<br />

approximately 5,710 average households and avoids 11,300 tonnes of C0 2 equivalent<br />

emissions per year. Chapter 6 provides the basis <strong>for</strong> calculating the household energy and<br />

CO 2 emission figures noted.<br />

4.5 Candidate <strong>Wind</strong> Turbines<br />

4.5.1 The final selection of a turbine type will be subject to a competitive tendering exercise following<br />

the grant of planning permission (a diagram illustrating the structure of a typical wind turbine is<br />

shown as Figure 4.1). The site has been designed to accommodate turbines of approximately<br />

2.5MW.<br />

4.5.2 For the purposes of this assessment a turbine of the horizontal axis type with a rotor consisting<br />

of three blades, each approximately 45m in length. Figure 4.1 illustrates the dimensions of the<br />

turbine. The blades are mounted to the wind turbine nacelle, at a height of approximately 80m,<br />

thus giving a maximum height to vertical blade tip of 125m. Accordingly, the landscape and<br />

visual assessment was based on these parameters. For the purposes of the noise modelling,<br />

November 2010 Chapter 4 Page 3<br />

Copyright <strong>Partnerships</strong> <strong>for</strong> <strong>Renewables</strong> <strong>Development</strong> Co. Ltd 2010 ©

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