Method for computing maximum access capacity of distributed power sources on basis of expansion second-order cone programming
A distributed power supply, second-order cone programming technology, applied in computing, electrical components, circuit devices, etc., can solve problems such as the inability to guarantee the global optimality of the solution, the surge in computing time, and the speed or accuracy that cannot meet the requirements at the same time. Avoid iteration and a large number of tests, increase calculation speed, and reduce the effect of solving difficulty
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[0036] The method for calculating the maximum access capability of a distributed power source based on extended second-order cone programming of the present invention will be described in detail below with reference to the embodiments and the accompanying drawings.
[0037] The method for calculating the maximum access capacity of distributed power sources based on extended second-order cone programming of the present invention is used for the research on the maximum access capacity of distributed power sources in distribution networks, and can use solvers such as MOSEK, CPLEX, and GUROBI integrated on MATLAB. to solve. The invention adopts the CPLEX solver to solve the extended second-order cone programming problem, so as to figure 1 The improved IEEE 33 node test system shown is an example.
[0038] The method for calculating the maximum access capability of distributed power sources based on extended second-order cone planning proposed by the present invention is as follow...
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