An optimal configuration method for distribution network automation terminals
A distribution network automation and optimal configuration technology, applied in the field of power system planning, to achieve the effect of stable automatic operation
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[0137] This patent uses the IEEE RBTS-BUS4 distribution network system as the test distribution network system, and its topology is as follows image 3 shown.
[0138] The power distribution system has a total of 7 feeders, 38 load nodes, 241 candidate locations for various terminals, 4,779 users, and a total average load of 24.58MW.
[0139] It can be found that if the general brute force algorithm is used to solve the solution, the result of the solution has 2 241 This would be a disaster of dimensionality. On the other hand, this model is therefore also very suitable for verifying the validity of the model proposed in this patent.
[0140] The relevant parameters used in this patent are as follows:
[0141] Table 1 Time class parameters
[0142]
[0143] Table 2 Price class parameters
[0144]
[0145] where R 1 ,R 2 with R 3 Unit electricity price for residential load, commercial load and industrial load respectively
[0146] Table 3 Fault class parameters
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