2results about How to "Evenly divided" patented technology

The invention relates to a cluster division method of a building direct current interconnection power distribution system for photovoltaic consumption rate improvement. The cluster division method comprises the following steps: acquiring building group data; obtaining a spanning tree representing the interconnection condition in the cluster; calculating the interest-considered interconnection cost of the spanning tree, and generating a cluster division result, an interconnection condition and a maximum photovoltaic consumption rate when the fitness is optimal; and (3) changing the interest rates and the energy storage coefficients, returning to the step (2), generating a cluster division interconnection diagram under different interest rates and different energy storage coefficients, and analyzing the influence of the interest rates and the energy storage coefficients on the cluster division result and the maximum photovoltaic consumption rate when the fitness is optimal. According to the method, the advantage of iterative optimization of the particle swarm algorithm and the advantage of uniform cluster division of the K-means algorithm are combined, cluster division can be more uniform, the electricity purchase demand of the building for the power grid is reduced, the consumption rate of photovoltaic energy is improved to the maximum extent, and the load demand, namely the peak load, of the power utilization peak period of the building is reduced.

The application discloses a soft material bubble dynamics finite element analysis method, electronic equipment and medium, and the method comprises the steps of constructing a soft material bubble model; the method comprises the steps of establishing a hollow sphere model, dividing the hollow sphere model into blocks and dividing the grid, so that the grid forms a uniformly distributed wedge-shaped grid in space; defining the physical parameters of the soft material bubble model; defining the gas pressure on the inner surface of the bubble and setting the contact condition; applying a dynamic load and superimposing an initial defect including displacement and / or pressure; based on the orthogonality of spherical harmonics, identifying the relationship between the amplitude of the asymmetric deformation of the bubble and time.