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In 2013, Landsvirkjun operated 13 hydropower stations, 2 geothermal power stations and two wind turbines, in five areas of operation, all over Iceland. The 16th power station, the Búðarháls Hydropower Station, began operations in 2014. Landsvirkjun believes in an integrated approach where prudence, reliability and the harmony of operations with the environment and society, are fundamental to our operations.

Landsvirkjun's operations

The Company’s operations in 2013 are divided into five main divisions: the Energy Division, the Research and Development Division, the Project Planning and Construction Division, the Finance Division and the Marketing and Business Development Division, as well as services divisions such as Human Resources, IT and the Corporate Office.

Landsvirkjun’s Environmental Management System is defined in the following manner: Firstly, the Company’s operations are divided into electricity generation in five operational areas at the Company’s power stations; Blanda Station and Laxá Station, Fljótsdalur Station, the Mývatn area, the Sog area and the Þjórsá area. Secondly, other operations include the Energy Division, the Research and Development Division, the Project Planning and Construction Division and the Company’s offices in Reykjavík and Akureyri.

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Landsvirkjun’s operations as defined for the Company’s environmental management system

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Power stations and electricity generation

In 2013, Landsvirkjun operated 13 hydropower stations, 2 geothermal power stations and two wind turbines, in five areas of operation, all over Iceland. The 16th power station, the Búðarháls Hydropower Station, began operations in 2014.

Hydropower: 12,337 GWh. Geothermal power: 500.5 GWh. Wind power: 5.5 GWh.

Landsvirkjun’s total electricity generation in 2013 was 12,843 GWh, which is a 4% increase from the previous year. Landsvirkjun began operating two wind turbines in the Þjórsá area this year. These generate only a small percentage of Landsvirkjun’s energy and have a minimal effect on the percentage division of electrical energy sources: 96% from hydropower, 4% from geothermal power and 0.04% from wind energy. Landsvirkjun’s electricity generation in 2013 represented approx. 71% of Iceland’s total electricity generation.

Energy losses and Landsvirkjun’s own energy consumption was 131 GWh in 2013. A large percentage of this is due to the power stations’ own consumption. Detailed figures on Landsvirkjun’s electricity generation and energy losses throughout the year can be seen in the numerical data section.

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Landsvirkjun’s areas of operation and the capacity of Landsvirkjun’s power stations

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Bjarnarflag Power Station

1969 / Geothermal

Capacity
3 MW
Generated
18 GWh/year
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Blanda Power Station

1991 / Hydropower

Capacity
150 MW
Generated
990 GWh/year
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Búrfell Power Station

1972 / Hydropower

Capacity
270 MW
Generated
2,300 GWh/year
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Fljótsdalur Power Station

2007 / Hydropower

Capacity
690 MW
Generated
5,000 GWh/year
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Hrauneyjafoss Power Station

1981 / Hydropower

Capacity
210 MW
Generated
1,300 GWh/year
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Vatnsfell Power Station

2001 / Hydropower

Capacity
90 MW
Generated
490 GWh/year
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Sultartangi Power Station

1999 / Hydropower

Capacity
120 MW
Generated
1,020 GWh/year
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Steingríms Power Station

1959 / Hydropower

Capacity
27 MW
Generated
122 GWh/year
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Sigalda Power Station

1978 / Hydropower

Capacity
150 MW
Generated
920 GWh/year
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Ljósafoss Power Station

1937 / Hydropower

Capacity
16 MW
Generated
105 GWh/year
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Laxá Power Station III

1973 / Hydropower

Capacity
13,5 MW
Generated
92 GWh/year
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Laxá Power Station II

1953 / Hydropower

Capacity
9 MW
Generated
78 GWh/year
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Laxá Power Station I

1939 / Hydropower

Capacity
5 MW
Generated
3 GWh/year
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Krafla Power Station

1977 / Geothermal

Capacity
60 MW
Generated
500 GWh/year
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Írafoss Power Station

1953 / Hydropower

Capacity
48 MW
Generated
236 GWh/year