电力需求侧管理
電力需求側管理
전력수구측관리
POWER DEMAND SIDE MANAGEMENT
2015年
4期
20-24
,共5页
郜幔幔%耿红杰%欧阳森%李桂昌
郜幔幔%耿紅傑%歐暘森%李桂昌
고만만%경홍걸%구양삼%리계창
变电站节电划分模型%节电属性指标体系%模糊聚类
變電站節電劃分模型%節電屬性指標體繫%模糊聚類
변전참절전화분모형%절전속성지표체계%모호취류
substation electricity-saving classification mod-el%electricity-saving property index system%fuzzy clustering
针对区域变电站节电研究中,变电站数量众多、类型复杂多样造成变电站的节电划分工作量大、指标选择偏主观性和经验性等问题,提出一种应用模糊聚类算法的区域变电站节电划分方法。建立涵盖变电站电压等级、主变台数等基本参数和输送电量、站用负荷电量等电气参数的节电属性指标体系;设计基于模糊聚类算法的变电站节电划分模型,该模型可依据所建立的节电属性指标体系,应用聚类中心矩阵和隶属度矩阵将各变电站在节电属性方面的亲疏关系量化,从而将变电站合理分类;以广东省某供电局的实际变电站数据进行实例分析,论证了方法的正确性和有效性。
針對區域變電站節電研究中,變電站數量衆多、類型複雜多樣造成變電站的節電劃分工作量大、指標選擇偏主觀性和經驗性等問題,提齣一種應用模糊聚類算法的區域變電站節電劃分方法。建立涵蓋變電站電壓等級、主變檯數等基本參數和輸送電量、站用負荷電量等電氣參數的節電屬性指標體繫;設計基于模糊聚類算法的變電站節電劃分模型,該模型可依據所建立的節電屬性指標體繫,應用聚類中心矩陣和隸屬度矩陣將各變電站在節電屬性方麵的親疏關繫量化,從而將變電站閤理分類;以廣東省某供電跼的實際變電站數據進行實例分析,論證瞭方法的正確性和有效性。
침대구역변전참절전연구중,변전참수량음다、류형복잡다양조성변전참적절전화분공작량대、지표선택편주관성화경험성등문제,제출일충응용모호취류산법적구역변전참절전화분방법。건립함개변전참전압등급、주변태수등기본삼수화수송전량、참용부하전량등전기삼수적절전속성지표체계;설계기우모호취류산법적변전참절전화분모형,해모형가의거소건립적절전속성지표체계,응용취류중심구진화대속도구진장각변전참재절전속성방면적친소관계양화,종이장변전참합리분류;이광동성모공전국적실제변전참수거진행실례분석,론증료방법적정학성화유효성。
There are numerous and various types of regional substations which lead to the heavy work in substation electricity?saving classification and the subjectivity and empirical problems of index selection. This paper presents an electricity?saving classifica?tion method for regional substations based on fuzzy clustering algo?rithm. First of all, electricity?saving index system is built that cov?ers the basic parameters such as voltage grade, transformer amount and the electrical parameters such as transmission power consump?tions, load power consumption within the substations. Then, based on fuzzy clustering algorithm, substation electricity?saving classifi?cation model is designed. The model will quantify affinity?disaffini?ty relationship of substations in terms of their electricity?saving properties through the clustering center matrix and the member?ship degree matrix and classify substations reasonably. Finally, the paper has carried the research to the actual substation data of a cer?tain power supply bureau in Guangdong province, which demon?strates the correctness and validity of the method.