Electromagnetic design features of brushless doubly-fed motors:
An improved shortest path genetic algorithm is proposed for comprehensive planning of pure open-loop transmission and distribution networks with multiple voltage levels. The algorithm can consider complex power, voltage, capacity and tree constraints, and obtain a global optimal solution.
Considering only the active power flow, an approximate solution to the integrated planning problem of a power transmission and distribution system with a mixture of open-loop and non-open-loop characteristics is proposed by controlling the inflow and outflow of nodes.
To address the computational burden caused by the large scale of power transmission and distribution systems, a shortest path algorithm based on knowledge of power transmission and distribution systems is presented.
