Wissenswertes Basic Information
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|Stand März 2016
B (bis Ende 2017) und C (bis Ende 2021) in Betrieb
Isar-1 stillgelegt, Isar-2 in Betrieb
2 Blöcke in Betrieb
Neu: 2 geplant
4 Blöcke in Betrieb
Neu: 2 geplant
2 in Betrieb, 2 in Bau
2 Blöcke in Betrieb, 1 in Planung
4 Blöcke in Betrieb,
2 in Planung (Umweltverträglichkeitsprüfung laufend)
1 Block in Betrieb, 1 in Planung
4 Blöcke stillgelegt, 2 in Betrieb
Planung auf Eis gelegt
2 Blöcke in Betrieb, 2 im Baustopp,
1 Block storniert
*Das Kernkraftwerk Krško [ˈkrʃkɔ] (slowenisch Jedrska elektrarna Krško (JEK), auch Nuklearna elektrarna Krško (NEK), kroatisch Nuklearna elektrana Krško) wurde in den 1970er Jahren im damaligen Jugoslawien erbaut und gehört jetzt jeweils zur Hälfte Kroatien und Slowenien. Offiziell wird das AKW von dem Unternehmen GEN energija d. o. o. in Krško betrieben. Wikipedia
- Genaue Angaben über die oben angeführten Atomkraftwerke finden Sie unter:
- Österreich: Volksabstimmung 1978
- 50,47% gegen Inbetriebnahme des AKW Zwentendorf
- Seither Antiatompolitik, Proteste gegen die Ausbaupläne in Ungarn, Slowakei, Slovenien und Tschechien nahe der österreichischen Grenzen.… mehr darüber auf www.atomkraftfreiezukunft.at
EUROPEAN UNION: Renewable energy statistics
The use of renewable energy has many potential benefits, including a reduction in greenhouse gas emissions, the diversification of energy supplies and a reduced dependency on fossil fuel markets (in particular, oil and gas). The growth of renewable energy sources may also have the potential to stimulate employment in the EU, through the creation of jobs in new ‘green’ technologies.
The primary production of renewable energy within the EU-28 in 2014 was 196 million tonnes of oil equivalent (toe) — a 25.4 % share of total primary energy production from all sources. The quantity of renewable energy produced within the EU-28 increased overall by 73.1 % between 2004 and 2014, equivalent to an average increase of 5.6 % per year.
Among renewable energies, the most important source in the EU-28 was solid biofuels and renewable waste, accounting for just under two thirds (63.1 %) of primary renewables production in 2014. Hydropower was the second most important contributor to the renewable energy mix (16.5 % of the total), followed by wind energy (11.1 %). Although their levels of production remained relatively low, there was a particularly rapid expansion in the output of wind and solar energy, the latter accounting for a 6.1 % share of the EU-28’s renewable energy produced in 2014, while geothermal energy accounted for 3.2 % of the total. There are currently very low levels of tide, wave and ocean energy production, with these technologies principally found in France and the United Kingdom.
The largest producer of renewable energy within the EU-28 in 2014 was Germany, with an 18.4 % share of the total; Italy (12.1 %) and France (10.7 %) were the only other EU Member States to record double-digit shares, followed by Spain (9.2 %) and Sweden (8.5 %). There were considerable differences in the renewable energy mix across the Member States, which reflect to a large degree natural endowments and climatic conditions. For example, more than four fifths of the renewable energy produced in Malta (80.3 %) and around two thirds of that produced in Cyprus (66.7 %) was from solar energy. By contrast, close to or more than a third of the renewable energy in the relatively mountainous countries of Sweden, Croatia, Austria and Slovenia was from hydropower. Hydropower also accounted for more than a third of the renewable energy production in the former Yugoslav Republic of Macedonia, Serbia, and Montengro, rising to a share of almost two thirds Albania, while peaking at 90.1 % of the renewables energy total in Norway. More than one fifth (22.1 %) of the renewable energy production in Italy was from geothermal energy sources (where active volcanic processes exist); their share that rose to 78.7 % in Iceland. The share of wind power was particularly high in Ireland (51.8 %) and also accounted for close to or more than one quarter of renewable energy production in Spain, the United Kingdom and Denmark.
The output of renewable energy in Malta grew at an average rate of 41.3 % per year between 2004 and 2014, although the absolute level of output remained by far the lowest in the EU-28. Over this same period, annual increases averaging in excess of 10.0 % were recorded for Belgium (14.2 % per annum), the United Kingdom (12.7 %) and Ireland (11.7 %), while increases below 3.0 % were recorded in France, Romania, Latvia, Denmark, Sweden, Croatia and Finland.
Renewable energy sources accounted for a 12.5 % share of the EU-28’s gross inland energy consumption in 2014 (see Table 2). The importance of renewables in gross inland consumption was relatively high in Portugal (25.0 %), Denmark (26.2 %), Finland (29.4 %) and Austria (30.0 %) and exceeded one third of inland consumption in Sweden (35.8 %) and Latvia (36.2 %), as was the case in Norway (44.8 %) and Iceland (86.3 %).
The EU seeks to have a 20 % share of its gross final energy consumption from renewable sources by 2020; this target is distributed between the EU Member States with national action plans designed to plot a pathway for the development of renewable energies in each of the Member States. Figure 1 shows the latest data available for the share of renewable energies in gross final energy consumption and the targets that have been set for 2020. The share of renewables in gross final energy consumption stood at 16.0 % in the EU-28 in 2014.
Among the EU Member States, the highest share of renewables in gross final energy consumption in 2014 was recorded in Sweden (52.6 %), while Latvia, Finland and Austria each reported that more than 30.0 % of their final energy consumption was derived from renewables. Compared with the most recent data available for 2014, the targets for France, the Netherlands and the United Kingdom require each of these Member States to increase their share of renewables in final energy consumption by at least 8.0 percentage points. By contrast, nine of the Member States had already surpassed their targets for 2020; this was particularly true in Croatia, Sweden and Bulgaria.
The latest information available for 2014 (see Figure 2) shows that electricity generated from renewable energy sources contributed more than one quarter (27.5 %) of the EU-28’s gross electricity consumption. In Austria (70.0 %) and Sweden (63.3 %) at least three fifths of all the electricity consumed was generated from renewable energy sources, largely as a result of hydropower and solid biofuels.
The growth in electricity generated from renewable energy sources during the period 2004 to 2014 (see Figure 3) largely reflects an expansion in three renewable energy sources, namely, wind turbines, solar power and solid biofuels. Although hydropower remained the single largest source for renewable electricity generation in the EU-28 in 2014 (43.9 % of the total), the amount of electricity generated in this way in 2014 was relatively similar to that recorded a decade earlier, rising by just 12.1 % overall. By contrast, the quantity of electricity generated from solid biofuels (including renewable waste) and from wind turbines in 2014 was 1.8 times and 3.3 times as high as in 2004. The relative shares of wind turbines and solid biofuels in the total quantity of electricity generated from renewable energy sources rose to 27.4 % and 18.0 % respectively in 2014. The growth in electricity from solar power was even more dramatic, rising from just 0.7 TWh in 2004 to overtake geothermal energy in 2008, reaching a level of 92.3 TWh in 2014. Over this 10-year period, the contribution of solar power to all electricity generated from renewable energy sources rose from 0.1 % to 10.0 %. Tide, wave and ocean power contributed just 0.05 % of the total electricity generated from renewable energy sources in the EU-28 in 2014.
Von: Raimund Kamm [mailto:firstname.lastname@example.org] Gesendet: Montag, 12. Februar 2018 15:58
Medienmitteilung v. 12. Februar 2018
2017: Weltweit stagnierte die Atomkraft und boomten Solar und Windkraft
Nachdem die IAEA (Internationale Atomenergie Agentur) die 2017er Zahlen für Inbetriebnahme und Stilllegung von Atomkraftwerken noch einmal verändert hat, zeigt sich eine beeindruckende weltweite Energiewende. Fünf AKW wurden stillgelegt, vier in Betrieb genommen. So wuchs die weltweite AKW-Kapazität nur noch um 0,3 Gigawatt (GW, genau um 280 Megawatt). Weltweit größter in 2017 abgeschalteter Atommeiler ist der Siedewasserreaktor Block B in Gundremmingen (1,3 GW).
Wie viele AKW-Reaktoren weltweit den Betrieb oder Bau beginnen und beenden
Quelle: IAEA PRIS. Tw. wurden Zahlen nachträglich verändert. Baustellen wurden wieder aufgegeben, Reaktoren nach langem Stillstand wieder in Betrieb genommen, bzw. der Betriebsstatus geändert 110 – ca. 30 weitere Reaktoren in Japan sind de facto stillgelegt. 2davon 8 in China 3davon 5 in China.
… und noch viel mehr davon auf unserer Deutschlandseite: