Delay-tolerant data commuting traffic network communication clean power supply combined scheduling method and system

Abstract

The invention discloses a combined scheduling method and system for communication and clean power supply of a delay-tolerant data commuting traffic network, and the method comprises the steps: constructing a classified and layered space-time alignment model on the basis of an existing communication network, and designing a space-time matching method of a multi-dimensional entity. The integrated scheduling commuting vehicle piggybacking data, the delay-tolerant traffic unloading of the communication network, the wind power photovoltaic power consumption, the piggybacking of the load valley period of the communication network, the clean energy power supply time window and the data of the commuting vehicle based on the time looseness of the delay-tolerant data, and the time-space hierarchical classification matching scheduling, so that the network congestion is relieved, and meanwhile, the time-space hierarchical classification matching scheduling is realized. The industrial value of the clean energy micro-grid is released, the thermal power consumption of a communication network is reduced, and low-carbon or zero-carbon transmission is realized.

Description

Technical field [0001] The invention belongs to the field of data communication technology, and more specifically, relates to a delay-tolerant data commuter transportation network communication clean power supply joint dispatching method and system for transmitting batch delay-tolerant big data. Background technique [0002] Currently, the massive data generated by human production and life need to be transmitted through communication networks. As network communication traffic continues to grow rapidly, the operational challenges it faces are becoming increasingly severe: on the one hand, the cost of expansion and maintenance of transmission and switching facilities has surged; on the other hand, the power consumption of data center equipment for data exchange and storage has surged (network communication is already the world's largest power source). consumption industry), the two phases work together to intensify the reduction in the profit-to-investment ratio of telecom op...

AI Technical Summary

Problems solved by technology

[0004] The information and communication industry represented by communication networks and data centers has become an important power-consuming field in the world, and the existing communication network transmission mode is difficult to fundamentally reduce the dependence on thermal power

At the same time, wind power and photovoltaic clean power are difficult to break through in the short term due to the bottleneck of energy storage technology, and their random disturbances still exist for a long time, making it difficult to stably integrate into the public grid

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