Grounding resistance measurement method based on hybrid simulated annealing algorithm
A technology of grounding resistance and annealing algorithm, applied in the field of power transmission and distribution, can solve problems such as high initial value requirements and inaccurate calculation results, reduce workload and measurement cost, have broad application prospects, and improve work efficiency and accuracy. Effect
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[0037] The present invention will be further described in detail below in conjunction with the accompanying drawings.
[0038] Such as figure 1 Shown, a kind of grounding resistance measurement method based on hybrid simulated annealing algorithm, it comprises the following steps:
[0039] Step 1, generate the initial population S1, set the solution interval, set the population size N, and set the crossover probability P c , set the mutation rate P m , set the number of iterations T, and the binary number encodes the chromosome.
[0040] Set population size N=6, six initial chromosomes are x1=12, x2=15, x3=18, x4=10, x5=16, x6=19, crossover probability P c =0.66, mutation probability P m =0.001, the number of iterations T=1000;
[0041] The initial population S1 is generated after encoding the initial chromosome with a five-digit binary number;
[0042] Initial population S1: x1=12 (01100), x2=15 (01111), x3=18 (10010), x4=10 (01010), x5=16 (10000), x6=19 (10011).
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