Design and implementation of management platform for zero-carbon parks based on GIS
In order to achieve the goals of "carbon peaking and carbon neutrality" and build a clean and low-carbon energy system,by using a geographic information system (GIS),this paper designed and implemented a GIS-based management platform for zero-carbon parks. By establishing the model of the zero-carbon energy system,the process composition of the zero-carbon energy system was analyzed,and the mathematical model of energy equipment in each energy system was established,providing a mathematical method for quantitatively calculating the energy and carbon relationship. The accurate prediction and scheduling of energy and carbon were realized by establishing a spatio-temporal data prediction model of energy and carbon based on multi-channel fusion learning. In addition,this paper achieved the architecture,functions,and applications of the GIS-based zero-carbon management platform and applied them to practical projects,providing technical reference for the construction and improvement of zero-carbon parks.
geographic information system (GIS)zero-carbon parkzero-carbon energy systemspatio-temporal data of energy and carbonprediction model
万方数据
维普
