Research on the communication network synchronization and time traceability technology for low-carbon operation of smart parks

This research builds a time synchronization demand model, a clock network model and a hierarchical distributed architecture for low-carbon Operation Services in smart campus (cluster) , combined with the existing time synchronization network, beidou time service, 5G network time service, multi-source heterogeneous communication protocol time service and local time service multi-source synchronization, breakthrough precise remote time tracing technology, it can provide high-adaptability and high-precision synchronous time tracing source for new low-carbon optimized operation of Smart Park (cluster) carbon measurement, electric carbon fusion, carbon emission, carbon footprint monitoring, electric spot market and so on.