电源技术
電源技術
전원기술
CHINESE JOURNAL OF POWER SOURCES
2014年
12期
2418-2420
,共3页
突变理论%燕尾流形%电压稳定
突變理論%燕尾流形%電壓穩定
돌변이론%연미류형%전압은정
catastrophe theory%swal owtail manifold%voltage stability
电压不稳定甚至崩溃是造成电力系统灾难性事故的主要原因之一,为了能够给调度人员争取控制时间,在线判断电力系统的稳定性和稳定裕度十分必要。将突变理论应用于系统电压的稳定性判断,并提出了基于燕尾突变流形的节点电压稳定性判断方法和指标,算例结果表明了该方法的有效性。
電壓不穩定甚至崩潰是造成電力繫統災難性事故的主要原因之一,為瞭能夠給調度人員爭取控製時間,在線判斷電力繫統的穩定性和穩定裕度十分必要。將突變理論應用于繫統電壓的穩定性判斷,併提齣瞭基于燕尾突變流形的節點電壓穩定性判斷方法和指標,算例結果錶明瞭該方法的有效性。
전압불은정심지붕궤시조성전력계통재난성사고적주요원인지일,위료능구급조도인원쟁취공제시간,재선판단전력계통적은정성화은정유도십분필요。장돌변이론응용우계통전압적은정성판단,병제출료기우연미돌변류형적절점전압은정성판단방법화지표,산례결과표명료해방법적유효성。
Power system voltage stability was one of the main reasons that cause the system to catastrophic accidents, and it was necessary to determine the stability of the power system and its margin online. It was the first attempt to apply catastrophe theory to judge voltage stability of the system and node, and voltage index indicating margin of voltage stability based on swal owtail manifold was proposed. The effectiveness of the proposed method was validated by the numerical result.