Power base station selection and layout method

Abstract

The invention relates to a power base station selection and layout method, which comprises the steps of 1, mapping location point information corresponding to latitudes and longitudes of the existingpower terminals into an all terminal point set on the plane; 2, calculating the distribution density of the terminals in the unit area; 3, comparing the distribution density with a set threshold, andsetting first-level base stations in a region in which the distribution density is greater than the set threshold, wherein the first-level base station are omni-directional base stations; 4, calculating and setting the transmission distance of the first-level base stations, and drawing a coverage area of each first-level base station; 5, counting the number of the terminal actually included by each first-level base station and serial numbers of the terminals; 6, performing graphical outlining on the terminals which are not covered by the first-level base stations so as to form an irregular polygon; 7, determining whether a directional base station or an omni-directional base station is selected to serve as a second-level base station according to the shape of the irregular polygon; 8, optimizing the terminals which are not covered; 9, calculating the base station flow density; and 10, determining the base station construction priority.

Description

technical field [0001] The present invention relates to the field of communication technologies, and in particular, to a method for selecting and laying out a power base station. Background technique [0002] TD-LTE 230 wireless private network has the characteristics of wide coverage, high transmission rate, real-time performance and strong spectrum adaptability, and is the main technical means of terminal communication access network. With the advent of the smart grid era, it is imperative to build a wireless private network for electric power. In wireless communication technology, my country has the intellectual property rights of the TD-LTE technology system, which can meet the current and future business development needs of electric power, and can also be used in the future. The evolution to 5G has great potential for development. In the early stage of network construction of mobile communication, the number of users is small, the number of sites is small, the coverage...

AI Technical Summary

Problems solved by technology

[0006] The purpose of the present invention is to solve the problem that the site selection of the base station in the above-mentioned prior art often does not go through scientific demonstration and analysis, but is only selected based on experience and intuition. priority issues, providing a method for power base station selection and layout

Images