The invention provides a deep and far sea
wind power plant unit arrangement and current collection line collaborative
planning method,
system and device, and a storage medium. The method comprises the following steps: S1, initializing a
wind power plant layout and parameter definition; s2, establishing a collaborative optimization
decision model; and S3, optimal scheme
decision making. Original scattered cable networks are merged into a unified public corridor through active planning, the occupied area of
submarine cable routing is greatly reduced, the requirement for intensive sea use is met, and remarkable social and environmental benefits are achieved; according to the method, the traditional single target optimization of
generating capacity maximization is subverted, a collaborative decision-making model comprehensively considering the generating benefit and the
submarine cable
engineering cost is established, and the
global optimization of economy is realized from the perspective of the
full life cycle of a project; the regular and straight cable gallery greatly simplifies the laying construction of
submarine cables, shortens the construction period, reduces the risks of crossing, bending and the like in the construction process, and facilitates the later operation and maintenance.