电力系统保护与控制
電力繫統保護與控製
전력계통보호여공제
POWER SYSTM PROTECTION AND CONTROL
2014年
21期
74-80
,共7页
张涛%李家珏%张延峰%王洋%徐建源
張濤%李傢玨%張延峰%王洋%徐建源
장도%리가각%장연봉%왕양%서건원
风电接纳%D5000系统%电网调峰%敏感性分析%开机方式
風電接納%D5000繫統%電網調峰%敏感性分析%開機方式
풍전접납%D5000계통%전망조봉%민감성분석%개궤방식
wind acceptance%D5000 system%peak regulation%sensitivity analysis%generator model
传统的风电接纳能力计算方法没有考虑实际电网的调度运行方式,缺乏普遍的实用性。在考虑电网调峰约束的前提下,对影响风电接纳能力的重要边界条件进行敏感性分析,依托D5000智能电网调度技术支持系统,读取电网短时开机方式的运行数据。提出省级电网风电接纳能力的计算原理与算法,求解出接纳能力指标值,进而构建协调电网调度计划制定与接纳风电能力的优化调度模型,实现了常规电源与风电的协调运行,降低风电功率对电网运行的冲击,使计算得出的结果能够更加准确地反映电网实际接纳风电能力。现场运行数据验证了所提出的风电接纳能力计算方法的有效性。
傳統的風電接納能力計算方法沒有攷慮實際電網的調度運行方式,缺乏普遍的實用性。在攷慮電網調峰約束的前提下,對影響風電接納能力的重要邊界條件進行敏感性分析,依託D5000智能電網調度技術支持繫統,讀取電網短時開機方式的運行數據。提齣省級電網風電接納能力的計算原理與算法,求解齣接納能力指標值,進而構建協調電網調度計劃製定與接納風電能力的優化調度模型,實現瞭常規電源與風電的協調運行,降低風電功率對電網運行的遲擊,使計算得齣的結果能夠更加準確地反映電網實際接納風電能力。現場運行數據驗證瞭所提齣的風電接納能力計算方法的有效性。
전통적풍전접납능력계산방법몰유고필실제전망적조도운행방식,결핍보편적실용성。재고필전망조봉약속적전제하,대영향풍전접납능력적중요변계조건진행민감성분석,의탁D5000지능전망조도기술지지계통,독취전망단시개궤방식적운행수거。제출성급전망풍전접납능력적계산원리여산법,구해출접납능력지표치,진이구건협조전망조도계화제정여접납풍전능력적우화조도모형,실현료상규전원여풍전적협조운행,강저풍전공솔대전망운행적충격,사계산득출적결과능구경가준학지반영전망실제접납풍전능력。현장운행수거험증료소제출적풍전접납능력계산방법적유효성。
Traditional calculation method of the ability to wind acceptance, without considering the scheduling operation mode of actual power grid, is lack of common practicability. Under the premise of considering peak regulation constraints, this paper makes sensitivity analysis on the important boundary conditions which affect the ability to wind acceptance, and relying on the D5000 technical support system, reads operation data of the generator mode in power grid. The theory and method are proposed, by which wind acceptance index of provincial grid can be calculated, and then the optimization scheduling model which coordinates power grid scheduling plan with acceptance ability of wind power is constructed, thus realizing the coordinated operation of the conventional power and wind power, reducing the impact of wind power to the grid, and making the calculated results more accurately reflect the actual acceptance of wind power. The run data proves the calculation method of the ability to wind acceptance is effective.