Application of Distributed Water Storage Systems In Urban Water Hazards Management Under the Concept of "Sponge City"

Management of waterlogging-dominated water hazards is a critical issue in contemporary urban development. The introduction of the "sponge city" concept provides a new paradigm for addressing urban water hazard challenges, with the integrated and adaptive approach emerging as a key solution. This paper explores urban water hazards management within the framework of the sponge city concept and draws on distributed network technology, commonly employed in managing internet congestion, to propose a design framework for distributed water storage systems. Compared to traditional water hazards control methods, distributed water storage systems exhibit superior drainage efficiency and enable precise regulation of urban water resources. By integrating big data and artificial intelligence technologies, these systems can facilitate intelligent spatial and temporal scheduling of water resources, effectively addressing urban water hazarding while simultaneously promoting the sustainable and efficient utilization of water resources.