山西电力
山西電力
산서전력
SHANXI ELECTRIC POWER
2015年
2期
22-24
,共3页
风力发电%调峰能力%消纳能力%山西电网
風力髮電%調峰能力%消納能力%山西電網
풍력발전%조봉능력%소납능력%산서전망
wind power generation%ability of peak load regulation%integration capacity%Shanxi power grid
由于风电具有间歇性和反调峰性,其大规模接入电网将增大系统调峰能力的需求.随着山西电网中风电的比例不断增加,冬季后夜弃风现象严重.通过分析制约山西电网接纳风电的主要因素,以2015年山西电网为例进行仿真计算,提出提高山西电网风电消纳能力的措施.
由于風電具有間歇性和反調峰性,其大規模接入電網將增大繫統調峰能力的需求.隨著山西電網中風電的比例不斷增加,鼕季後夜棄風現象嚴重.通過分析製約山西電網接納風電的主要因素,以2015年山西電網為例進行倣真計算,提齣提高山西電網風電消納能力的措施.
유우풍전구유간헐성화반조봉성,기대규모접입전망장증대계통조봉능력적수구.수착산서전망중풍전적비례불단증가,동계후야기풍현상엄중.통과분석제약산서전망접납풍전적주요인소,이2015년산서전망위례진행방진계산,제출제고산서전망풍전소납능력적조시.
Large-scale wind power integration has increased the demand for peaking capacity because of the intermittency and anti-peak-regulation of wind power. With the increasing proportion of wind power in Shanxi grid, wind abandoning is more serious at night in winter. Taking Shanxi grid in 2015 as an example, this paper mainly focuses on improving integration capacity in Shanxi grid based on the analysis of the main factors restricting the integration capacity in power grid.
