1. 跳轉至内容
  2. 跳轉至主選單
  3. 跳轉到更多DW網站

核電站

利用核反應所釋放的能量產生電能的熱力發電廠。由於控制核聚變的技術障礙,目前商業運轉中的核能發電站都是利用核裂變反應而發電。核電站屬於高效率的能源建設,對於溫室氣體、二氧化碳排放幾乎是零。在控制良好且周邊緊急應對系統完善的情況下,核電站其實是相當安全的設施。歐日美等先進國雖對於核電站已具有一定的管理經驗,亦曾發生數次核洩漏事故,造成全球對於核安的疑慮。

跳轉至下一欄 所有相關主題內容

所有相關主題內容

View of the construction site of the third-generation nuclear plant in Flamanville, northwestern France, Thursday, Nov. 26, 2009. Regulators in France, Finland and Britain have asked ealier this year French nuclear engineering specialist Areva SA to make improvements to the design of a new generation of reactors, known as EPR. (AP Photo/Christophe Ena)
* This undated file picture provided by the environmental organization Greenpeace shows the British nuclear reprocessing plant Sellafield in northwestern England. The plant cannot account for nearly 30 kilograms (66 pounds) of plutonium, but authorities believe it's an accounting issue rather than a loss of potential bomb-making material, the U.K. Atomic Energy Authority said Thursday Feb. 17, 2005. (AP Photo/Greenpeace, Sabine Vielmo)
An aerial view shows Kansai Electric Power Co's Ohi nuclear power plant's No. 4 reactor (front) in Ohi, Fukui prefecture, in this file photo taken by Kyodo July 19, 2012. Japan is set to be nuclear power-free, for just the third time in more than four decades, and with no firm date for re-starting an energy source that has provided about 30 percent of electricity to the world』s third-largest economy. Kansai Electric Power Co's Ohi No.4 reactor is scheduled to be disconnected from the power grid late on September 15, 2013, and then shut for planned maintenance. It is the only one of Japan's 50 reactors in operation after the nuclear industry came to a virtual halt following the March 2011 Fukushima disaster. REUTERS/Kyodo (JAPAN - Tags: ENERGY BUSINESS) FOR EDITORIAL USE ONLY. NOT FOR SALE FOR MARKETING OR ADVERTISING CAMPAIGNS. THIS IMAGE HAS BEEN SUPPLIED BY A THIRD PARTY. IT IS DISTRIBUTED, EXACTLY AS RECEIVED BY REUTERS, AS A SERVICE TO CLIENTS. MANDATORY CREDIT. NO
Blick in den Reaktorraum des schwäbischen Kernkraftwerkes Gundremmingen am 17.2.1998. In dem Abkühlbecken in der Mitte des Bildes befinden sich abgebrannte Brennstäbe, die mit Hilfe eines Kranes in einen Castorbehaelter befördert werden. Ende März sollen von Gundremmingen drei Castor-Behälter mit radioaktiven Abfaellen in das Zwischenlager Ahaus transportiert werden.
Anti-Atomkraft © lassedesignen #30828454 fotolia
Japan's Prime Minister Shinzo Abe shakes hands with Turkey's Prime Minister Tayyip Erdogan (R) during a signing ceremony in Ankara May 3, 2013. Turkey signed an agreement with Japan on Friday for a Japanese-French consortium to build the country's second nuclear power plant in a project with an estimated cost of $22 billion, sources said. The consortium is made up of Japan's Mitsubishi Heavy Industries Ltd, Itochu Corporation and French GDF Suez, which will operate the 4,800 megawatt (MW) plant set to be located in the Black Sea coast city of Sinop. REUTERS --- eingestellt von: haz
Eine Luftaufnahme des Kernkraftwerks in Mülheim-Kärlich am Rhein (Foto vom 19.05.2005). 2004 begann der Betreiber RWE mit der Demontage des 1300-Megawatt-Kraftwerks. Zehn Jahre und 650 Millionen Euro sind dafür veranschlagt. Nach nur 13 Monaten Betriebszeit wurde die Anlage 1988 abgeschaltet, weil beim Bau die Erdbeben- und Vulkanismusgefahr nicht ausreichend bedacht worden war. Foto: Thomas Frey dpa/lrs (zu dpa-Reportage: "'Zum Schluss schalten wir das Licht ab' - Der mühsame Abriss des Atomkraftwerks Mülheim-Kärlich" vom 28.08.2006) +++(c) dpa - Report+++ pixel
The dome of the containment structure for the No.1 reactor is being hoisted at the contruction site of the Changjiang Nuclear Power Plant in Tangxing village, Haiwei Township, Changjiang Li Autonomous County, south Chinas Hainan province, 28 December 2011. The dome of the containment structure for the No.1 reactor at the Changjiang Nuclear Power Plant was topped out on Wednesday (28 December 2011) in south Chinas Hainan province. The plant will be built in two phases, both consisting of two CNP-600 pressurized water reactors, with a capacity of 650 megawatts each. With a total investment of 20 billion yuan (US$3.16 billion) for Phase I, the first unit is scheduled to be operational by 2014 and second unit by 2015. More than 70% of the equipment will be indigenous made. Schlagworte Atomkraft, Energie, China