电力系统保护与控制
電力繫統保護與控製
전력계통보호여공제
POWER SYSTM PROTECTION AND CONTROL
2013年
15期
110-115
,共6页
广东电网%可再生能源接纳能力%风电发电%光伏发电%负荷特性%调峰能力
廣東電網%可再生能源接納能力%風電髮電%光伏髮電%負荷特性%調峰能力
엄동전망%가재생능원접납능력%풍전발전%광복발전%부하특성%조봉능력
Guangdong power grid%renewable energy integration capacity%wind power generation%photovoltaic generation%load characteristics%ability of peak load regulation
随着广东省可再生能源的不断发展,尤其是广东海上风电场规划的出台,可再生能源大规模接入将对电网造成严重影响,研究电网对可再生能源的接纳能力具有重要意义。概述了广东电网可再生能源发展现状及规划,通过详细分析可再生能源的出力特性、负荷特性以及电源的调峰能力以及综合考虑了旋转备用和联络线调节能力的影响,提出了基于可再生能源接入系统后电力平衡的可再生能源接纳能力计算方法。将该方法应用于广东电网2020年可再生能源接纳能力分析,得出接纳容量小于规划容量,根据对影响因素参数灵敏度分析,最后给出了广东电网最大限度接纳可再生能源的建议措施,可为电力系统电源规划、电网架结构建设以及运行调度提供参考。
隨著廣東省可再生能源的不斷髮展,尤其是廣東海上風電場規劃的齣檯,可再生能源大規模接入將對電網造成嚴重影響,研究電網對可再生能源的接納能力具有重要意義。概述瞭廣東電網可再生能源髮展現狀及規劃,通過詳細分析可再生能源的齣力特性、負荷特性以及電源的調峰能力以及綜閤攷慮瞭鏇轉備用和聯絡線調節能力的影響,提齣瞭基于可再生能源接入繫統後電力平衡的可再生能源接納能力計算方法。將該方法應用于廣東電網2020年可再生能源接納能力分析,得齣接納容量小于規劃容量,根據對影響因素參數靈敏度分析,最後給齣瞭廣東電網最大限度接納可再生能源的建議措施,可為電力繫統電源規劃、電網架結構建設以及運行調度提供參攷。
수착광동성가재생능원적불단발전,우기시엄동해상풍전장규화적출태,가재생능원대규모접입장대전망조성엄중영향,연구전망대가재생능원적접납능력구유중요의의。개술료엄동전망가재생능원발전현상급규화,통과상세분석가재생능원적출력특성、부하특성이급전원적조봉능력이급종합고필료선전비용화련락선조절능력적영향,제출료기우가재생능원접입계통후전력평형적가재생능원접납능력계산방법。장해방법응용우엄동전망2020년가재생능원접납능력분석,득출접납용량소우규화용량,근거대영향인소삼수령민도분석,최후급출료엄동전망최대한도접납가재생능원적건의조시,가위전력계통전원규화、전망가결구건설이급운행조도제공삼고。
With the rapid development of renewable energy especially the introduction of offshore-wind power plan in Guangdong province, to study the capacity of renewable energy integration is very significant because a large scale of renewable energy integrated into Guangdong power grid can severely influence the power grid. The current situation and program of renewable energy are summarized briefly. A calculation method of renewable energy integration capacity based on power balance after renewable energy admitted is proposed by all-round analysis of renewable energy’s output characteristics, load characteristics, ability of powers peak load regulation and comprehensively considering influence of reserve capacity and ability of tie lines regulation. This method is applied into the analysis of Guangdong power gird’s capacity of renewable energy integration in 2020, obtaining that the accommodating capacity is less than the planed. Some suggestions are put forward for the maximum installed capacity of renewable energy according to the analysis of sensitivity of parameters affecting capability of the renewable energy integration. This research result provides reference to powers program, grid frame construction and operation and dispatch.