Power Statistics - 2010 Edition - Full Report - Eurelectric
Power Statistics - 2010 Edition - Full Report - Eurelectric
Power Statistics - 2010 Edition - Full Report - Eurelectric
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148 <strong>Power</strong> <strong>Statistics</strong> – <strong>2010</strong> <strong>Edition</strong> – <strong>Full</strong> <strong>Report</strong><br />
Forecast data for the years <strong>2010</strong> and 2020 were taken from PSE Operator SA “Development Program<br />
for Domestic Transmission System – Expected scenario” prepared in the middle of the year 2009.<br />
The structure of capacity, production fuel use and emission for year 2030 are expert estimation,<br />
based on trends and preliminary information, obtained from generation subsector.<br />
On the other hand an improvement of electric energy efficiency, increasing its productivity, and<br />
reducing energy consumption in all sectors of the economy is still actual and very important target<br />
for national economy.<br />
It is expected that some of the new capacity coal fired units will be equipped with CCS installation, but<br />
not earlier than after year 2025 when the technical and economical technologies will be attainable<br />
on the market.<br />
Renewable energy<br />
On 10 th November 2009 the Council of Ministers adopted Energy Policy of Poland until 2030.<br />
The document prepared in the Ministry of Economy includes a long-term strategy for the energy sector,<br />
forecasts for fuel and energy demand and a program of implementation activities.<br />
The Policy focuses to a great extent on the development of renewable energy. The most important<br />
undertaking within this area will be developing a path towards achieving the goals included in the<br />
climate package, including a division into individual types of RES and the related technologies.<br />
The document sets the following goals: 15% share of RES in the final energy consumption in 2020 and<br />
10% share of biofuels in the transport fuel market in 2020. Poland will also be aiming to a greater use of<br />
second generation biofuels.<br />
PORTUGAL (pt)<br />
In the coming years, there are no expected major problems in meeting the forecasted demand, although<br />
in a system like the Portuguese, with an increasing penetration of intermittent primary energy sources<br />
like wind, the normal operation will rely more and more on operational reserve adequacy. This reserve<br />
is mainly provided by hydro plants, which are a significant component of the installed capacity.<br />
On the other hand, the ratios of the hydroelectric generation between dry/average/wet hydro conditions<br />
are approximately 0.5/1.0/1.5. This hydrological variability results in strong variations of the annual<br />
thermal generation and, therefore, the fuel consumption and the atmospheric emissions.<br />
Concerning the hydro conditions, 2008 was a very dry year. The hydro power generation had a decrease<br />
of 30% over the previous year (dry year). Electricity output from generation units operating under special<br />
regime conditions pursued its increasing trend, mainly due to the commissioning of 623 MW in new wind<br />
farms that raised the total wind installed capacity in the whole country to 2,757 MW.<br />
In the Mainland Portugal and also in 2008, the Conventional Regime Generation (PRO) represented<br />
72% of the domestic generation. The Special Regime Generation (PRE) represented 28% against<br />
24% in 2007.<br />
TURKEy (tr)<br />
Up to now, the long term generation expansion planning studies have been carrying out by means<br />
of the International Atomic Energy Agency’s (IAEA) computer models in Turkey. Since, the electricity<br />
market liberalization process has started in Turkey, the generation planning study had not been revised.<br />
Because of this reason the electricity supply figures can not be given for the future years.