In the system of topographic and geodetic works, the introduction of modern technologies based on GPS and GLONASS satellite systems, geoinformation systems, digital and laser-electronic measuring and computing techniques, as well as laser scanning technologies is a modern requirement. Currently, the relevant authorities in the maintenance of state cadastres are working on the creation and formation of a cadastral database. In this research, the results of scientific research on the significant contribution to the development of the Republic by eliminating the inconveniences of geodetic work in mountainous areas of the Republic were given. According to the results, the resulting territorial points were combined according to a scheme (abris) created for use on the ground, and an electronic digital map of the geo-database of the region was formed.

Acquisition of alternative energy resources using the modern Global Mapper software on an electronic digital map is an important process. This article analyses the possibility of using maps in the implementation of internationally acknowledged projects, as well as interactive services to the government, and the possibility of mapping alternative energy sources, synthesizing data, and developing management decisions through the development of innovative technologies. The research in this study is about determining optimal locations for the installation of solar panels and wind turbines. For the tests, Tashkent and Samarkand provinces were selected. Initially, the elevation of the provinces was determined by remote sensing and the elevation surface was created by interpolation. According to the data obtained from the regional hydrometeorological stations, the air temperature in the regions was taken and geovisualized as a vector layer. At the same time, the wind speed was mapped using the method of geostatistical analysis, which observed the annual average wind speed. On the basis of the highest parts of the earth’s surface and in areas with high temperatures, raster calculations were performed and the method for determining the most optimal place for installing solar panels was improved.