电子测试
電子測試
전자측시
Electronic Test
2015年
18期
48-52
,共5页
能源%可持续发展%储能技术
能源%可持續髮展%儲能技術
능원%가지속발전%저능기술
Energy%Sustainable Development%Energy storage technology
储能技术是实现能源可持续发展的关键,可用于电力、交通、工业生产等方面.本文讨论了现有的储能技术,包括抽水蓄能、压缩空气储能、飞轮储能、电池储能、液流电池储能、超导磁储能、超级电容储能、储氢技术及储热技术等,并对他们的技术特征及成本等进行了比较.
儲能技術是實現能源可持續髮展的關鍵,可用于電力、交通、工業生產等方麵.本文討論瞭現有的儲能技術,包括抽水蓄能、壓縮空氣儲能、飛輪儲能、電池儲能、液流電池儲能、超導磁儲能、超級電容儲能、儲氫技術及儲熱技術等,併對他們的技術特徵及成本等進行瞭比較.
저능기술시실현능원가지속발전적관건,가용우전력、교통、공업생산등방면.본문토론료현유적저능기술,포괄추수축능、압축공기저능、비륜저능、전지저능、액류전지저능、초도자저능、초급전용저능、저경기술급저열기술등,병대타문적기술특정급성본등진행료비교.
Energy storage technology is the key to sustainable development of energy. It can be used in power system, transportation, industrial process and so on. In this paper, existing energy storage technologies are discussed, including pumped hydro energy storage, compressed air energy storage, flywheel energy storage, battery energy storage, flow battery energy storage, superconducting magnetic energy storage, super capacitor energy storage, hydrogen energy storage and thermal energy storage. Then their technical characteristics and cost are compared.
