Probability load flow calculation method for photovoltaic power contained distribution network
A technology of probabilistic power flow calculation and photovoltaic power supply, which is applied in photovoltaic power generation, calculation, electrical digital data processing, etc., and can solve problems such as large calculation errors and non-parametric distributions are not considered
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[0041] Please check figure 1 , the specific steps of a probabilistic power flow calculation method for a 34-node distribution network with photovoltaic power distribution network are as follows:
[0042] (1) Obtaining measured data
[0043] The measured data to obtain the output power of the photovoltaic power supply at 14542 hours (that is, m=14542) is p pv1 ,...,p pvi ,...,p pvm ; The total number of random variables in the distribution network Z = 10, the total number of nodes in the distribution network n = 34, the average value of each node load μ 1 ,...,μ i ,...,μ n , the standard deviation v of each node load 1 ,...,v i ,...,v n , the total number of lines in the distribution network k=33, the starting node number Fbus of each line 1 ,...,Fbus i ,...,Fbus k ;Line terminal node number Tbus of each line 1 ,...,Tbus i ,...,Tbus k ; Resistance R of each line 1 ,...,R i ,...,R k ; Reactance X of each line 1 ,...,X i ,...,X k ;Earth susceptance B of each l...
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