Regional construction distributed photovoltaic potential assessment method based on satellite remote sensing

Abstract

The invention discloses a regional construction distributed photovoltaic potential assessment method based on satellite remote sensing, and relates to the technical field of satellite remote sensing. The method comprises the following steps: determining the natural condition suitability of regional construction of photovoltaic facilities through terrain and meteorological observation data; extracting independent building and house building areas by using high-resolution satellite data; functional attributes of the house building are determined according to the POI information, and regional distributed photovoltaic construction resource potential is determined in combination with the area of the house building; and evaluating the distributed photovoltaic layout potential by integrating the construction suitability, the land management attribute and the house building area. According to the method, the problem of photovoltaic layout potential analysis deviation caused by only considering single factors such as climate or house buildings in the prior art is solved, the regional distributed photovoltaic layout potential can be comprehensively and accurately evaluated, and the application of satellite remote sensing in the fields of low-carbon city construction and the like is expanded.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows for accurate estimation of site locations with multiple factors like weather, location, and resources management (R & D). By analyzing this distribution map, it can help identify areas that may benefit more than just one type of solar energy installation. Overall, these technical improvements make better use of space and improve efficiency during urban planning projects.

Problems solved by technology

This patents discusses how analyzed that distribution photovoltages (PVs) have been developed over time and they may be suitable or dissuitable depending upon factors like location, weather, etc., such as whether it'll provide more sunlight during winter months than usual. Additionally, there was no consideration given about what kind of things could make up an optimal design based solely on these data sources alone without considering any other aspects.

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