新型工业化
新型工業化
신형공업화
New Industrialization Straregy
2013年
6期
25-32
,共8页
电力系统%“三北”地区电网%节能调度%热电机组%热负荷%风电消纳能力
電力繫統%“三北”地區電網%節能調度%熱電機組%熱負荷%風電消納能力
전력계통%“삼북”지구전망%절능조도%열전궤조%열부하%풍전소납능력
power system%"Three North" regional power grid%Energy-efficient scheduling%Thermoelectric units%Heat load%Assimilative capacity of wind power
“三北”地区电网以煤电为主，且热电机组比重较大，而调节性能好的水电电源则严重缺乏。随着负荷峰谷差和风电并网容量的加大，冬季时水电机组的枯水期、热电机组的供暖期、风电机组的大发期以及风电的反调峰特性相互叠加，导致系统调峰非常困难、弃风现象时有发生。论文首先对煤电机组中的纯凝机组和热电机组分别建模，然后构建一种电负荷由全网机组平衡、热负荷由各热电厂就地平衡，且对风电弃风进行惩罚的节能调度模型，提出了一种根据优化结果计算电网最大风电消纳能力的方法，并分析了热负荷对电网风电消纳能力的影响。实例计算表明：本文调度模型能增加系统风电消纳能力，具有较好的节能效果，而且热负荷与电网风电消纳能力呈现负相关的特性。
“三北”地區電網以煤電為主，且熱電機組比重較大，而調節性能好的水電電源則嚴重缺乏。隨著負荷峰穀差和風電併網容量的加大，鼕季時水電機組的枯水期、熱電機組的供暖期、風電機組的大髮期以及風電的反調峰特性相互疊加，導緻繫統調峰非常睏難、棄風現象時有髮生。論文首先對煤電機組中的純凝機組和熱電機組分彆建模，然後構建一種電負荷由全網機組平衡、熱負荷由各熱電廠就地平衡，且對風電棄風進行懲罰的節能調度模型，提齣瞭一種根據優化結果計算電網最大風電消納能力的方法，併分析瞭熱負荷對電網風電消納能力的影響。實例計算錶明：本文調度模型能增加繫統風電消納能力，具有較好的節能效果，而且熱負荷與電網風電消納能力呈現負相關的特性。
“삼북”지구전망이매전위주，차열전궤조비중교대，이조절성능호적수전전원칙엄중결핍。수착부하봉곡차화풍전병망용량적가대，동계시수전궤조적고수기、열전궤조적공난기、풍전궤조적대발기이급풍전적반조봉특성상호첩가，도치계통조봉비상곤난、기풍현상시유발생。논문수선대매전궤조중적순응궤조화열전궤조분별건모，연후구건일충전부하유전망궤조평형、열부하유각열전엄취지평형，차대풍전기풍진행징벌적절능조도모형，제출료일충근거우화결과계산전망최대풍전소납능력적방법，병분석료열부하대전망풍전소납능력적영향。실례계산표명：본문조도모형능증가계통풍전소납능력，구유교호적절능효과，이차열부하여전망풍전소납능력정현부상관적특성。
"Three North" regional power grid is mainly coal-fired electricity, and a larger proportion of thermal power generating units, while good hydroelectric power is a serious lack of regulation performance.With the peak load and wind power and increase network capacity,Superposition of hydropower units of the dry season, the thermoelectric units of heating period, the wind turbine Daihatsu period and the anti peaking characteristics of the wind power in the winter,Lead to the system peaking very difficult, abandoned wind phenomena have occurred.Firstly modeled separately the pure condensing units and cogeneration units in the coal units,And then build an electrical load balanced by the crew of the whole network, the heat load by the thermal power plants in place to balance,And the abandoned wind wind power energy saving punish scheduling model,Power grid wind power assimilative capacity calculated according to the optimization results and analysis of the impact of the heat load on the grid assimilative capacity.Example indicates:This article scheduling model can increase the ability of the system of wind power consumptive, and has a good energy saving effect.
