Research on the communication model and network architecture of smart parks in low-carbon operation scenarios

With the development of energy transformation, the ever-increasing scale of new energy power generation has put forward higher requirements on the flexibility level of the power system. This paper analyzes the application scenarios of low-carbon business in smart parks, the collaborative optimization operation method of source, network, load and storage, and the information interaction requirements of low-carbon business. This paper proposes a communication model and network architecture with full coverage of airspace, terminals, and services that adapt to the geographical characteristics and business needs of smart parks, and provide network support for the research on key technologies of multi-modal heterogeneous fusion, as well as network management and security technologies in smart parks, so that it can meet the differentiated communication needs of smart energy and low-carbon businesses.