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Galicia retains a very balanced energy system, with an elevated strategic value, equal to and reflected by, its considerable share of 8% of GDP. This economic and enterprising wedge is one of the core sources of employment, maintaining 10,500 positions and 22,000 associated workers, demonstrating the importance of this industrial framework and services.
The electric generation fleet in Galicia in 2006 represents 10.9% in comparation with the rest of Spain. Contributing in this way with 19.5% of installed power in the segment of renewable energies, if it includes large hydro, and 21.7% if it is not considered.
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Galicia (MW)
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% Galicia versus the rest of Spain
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| Normal regime installations |
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Hydraulic Nuclear Coal Fuel/Gas
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17.004 7.597 10.982 26.786
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2.876 0 1.946 539
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16,9 0 17,7 2,0
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| Total normal regime |
62.369
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5.361
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8,6
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| Special regime installations |
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Non renewable Solar Eolic Hydraulic Biomass Residual material
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6.466 95 11.125 1.771 527 589
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522 1,98 2.621 412 50 67
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8,1 2,1 23,6 23,3 9,5 11,4
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| Total special regime |
20.571
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3.647
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17,9
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| Total |
82.940
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9.035
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10,9
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These figures and a comparative study of the Galician population and surface, relative to the Spanish, demonstrate that this community occupies a strategic place in an essential sector for a country’s development. A detailed analysis of the 9,035 MW of power installed in the four Galician provinces, reflects the important distribution of the technologies implemented to facilitate the delivery of energy to the market for the consumer.
For production during normal regime, Galicia employs hydraulics and thermals, in the case of special regime, cogeneration installations, wind, mini-hydraulics, biomass and residuals are used.
Galicia has a high energy transformation capacity, which is to say that her transformation infrastructure not only works using local resources, but also with natural resources coming from outside, including oil refined products. Galicia possesses a diversified and strong energy production system, with a clear capacity to respond to present market demand.
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Galicia (MW)
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% Galicia versus the rest of Spain
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| Normal regime installations |
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Hydraulic Nuclear Coal Petroleum products Natural Gas
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2.178 5.171 5.784 1.485 5.695
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572 0 1.103 64 0
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26,3 0 19,1 4,3 0
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| Total normal regime |
20.313
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1.739
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8,6
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| Special regime installations |
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Natural gas Petroleum products Coal Hydraulic Eolic
Biomass, residual
Photovoltaic solar
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2.070 564 44 359 1.980
718
15
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71 90 0 106 533
51
0
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3’4 16’0 0,0 29’5 26’9
7,1
1,3
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| Total special regime |
5.749
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851
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14,8
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| Total gross electric generation |
26.062
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2.590
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9,9
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| Electric generation from renewable |
5.250
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1.262
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24’0
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| Electric generation from coal |
5.828
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1.103
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18’9
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Source: INEGA
The trend of primary energy importation was stressed from December 31, 2007, when lignites of Meirama and As Pontes left operated, and its central continue working with imported coal. In the case of Endesa in As Pontes, a combined-cycle built in 2008 uses natural gas as fuel to produce 770 MW that complements the electricity generated by the power station.
The strategy followed by the Galician Government is to try to avoid raising dependency, encouraging, instead, development, installation and use of renewable sources, propagating a scenario that meets the recommendations following the Kyoto summit. Management of a country’s energy resources is a key factor in enterprise growth and, subsequently, its economic activity. This, in tandem with sustainable development, is the responsibility of public politicians in looking for an equal balance between economic growth and environmental respect.
The technological advances associated with social evolution translate into energy demand growth. This implies a necessary improvement in the energy infrastructure: Generation, transport and distribution. The significant environmental impacts associated with the sector, however, require the development of energy policies that consider the environment as key. Accordingly, they must look for compromise solutions to achieve these aims: Security in the reduction and management of the energy cycle environmental impact, and, above all, to reach the objectives of the Kyoto Protocol.
A part of the solution will be to make the drive of renewables compatible with the conventional sources, introducing, in the case of the latter, efficient methods that limit its contaminating capacity, to meet new environmental accords. The importance of conventional energy is demonstrated in the use of combustible fossil fuels in Galician primary energy, close to some 86%. On a world scale, energy products of fossil origin represent over 80% of the primary energy. This clearly shows that transport, together with energy directed to produce heat and electricity, are the core areas of combustible fossil fuel consumption.
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