Traditional approach separates loss allocation from power flow tracing and needs to approximate the net power flow 傳統(tǒng)算法在實(shí)際工程計(jì)算中要對(duì)線路凈潮流進(jìn)行近似,且把網(wǎng)損分?jǐn)偤统绷鞲櫔?dú)立開來。
It analyzes the factors such as the partition of all the same layer, net power flow and distribution level to optimized routing adjustment of reactive power and voltage regulation of all power plants and substations, including local and globe . it makes power flow available and meet the need of the reactive power balancing and the reverse voltage regulation by combining the reactive power balancing principle of voltage-grading & district-dividing and local reactive power compensation with feasible power flow regulation, the reverse voltage regulation of central point voltage 該方法將無功的分層分區(qū)平衡與就地補(bǔ)償原則以及中樞點(diǎn)電壓的逆調(diào)壓原則引入到潮流的可行解調(diào)整策略之中,通過全網(wǎng)同層區(qū)的劃分及其網(wǎng)絡(luò)潮流和負(fù)荷水平的計(jì)算分析,來實(shí)施對(duì)各發(fā)電廠和變電站的電壓與無功的全局或者局部的試探調(diào)整,以保證潮流的可行,并盡可能滿足無功的合理平衡與電壓的逆調(diào)壓要求。