电力勘测设计
電力勘測設計
전력감측설계
ELECTRIC POWER SURVEY
2014年
2期
76-80
,共5页
离网型%风力发电%膜法海水淡化%变出力
離網型%風力髮電%膜法海水淡化%變齣力
리망형%풍력발전%막법해수담화%변출력
Off-grid%wind power%membrane desalination%variable output%design
本文分析了离网型风力发电电源特性，提出了适应于离网型风电电源的可变出力运行的膜法海水淡化系统，并着重从系统制水规模、系统选择、动力部件设置、膜元件分组、系统出力调节等方面介绍了变出力膜法海水淡化系统。最后，文章指出了离网型风电电源膜法海水淡化系统的适用性和系统制水规模范围。
本文分析瞭離網型風力髮電電源特性，提齣瞭適應于離網型風電電源的可變齣力運行的膜法海水淡化繫統，併著重從繫統製水規模、繫統選擇、動力部件設置、膜元件分組、繫統齣力調節等方麵介紹瞭變齣力膜法海水淡化繫統。最後，文章指齣瞭離網型風電電源膜法海水淡化繫統的適用性和繫統製水規模範圍。
본문분석료리망형풍력발전전원특성，제출료괄응우리망형풍전전원적가변출력운행적막법해수담화계통，병착중종계통제수규모、계통선택、동력부건설치、막원건분조、계통출력조절등방면개소료변출력막법해수담화계통。최후，문장지출료리망형풍전전원막법해수담화계통적괄용성화계통제수규모범위。
According to the analysis of the characteristics of the off-grid wind power source, the paper proposed a variable membrane desalination system adapting to off-grid wind power. In this system, desalination scale, process selection, Power components set, membrane element sectionalization and output regulation was introduced. The study suggested the application of off-grid wind-powered membrane desalination system and its production scales.
