A charging pile cross-platform remote management and scheduling method and system

By constructing a cross-platform charging pile resource pool, implementing real-time monitoring and multi-level partitioning, and combining a response evaluation model to optimize scheduling strategies, the problem of low efficiency and reliability in cross-platform charging pile scheduling has been solved, achieving more efficient resource management and fault response.

CN120875495BActive Publication Date: 2026-01-13SHANXI STATIC TRAFFIC CONSTR & OPERATION CO LTD +1
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Patent Information

Application Number
CN202511404835.8
Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
Filing Date
2025-09-29
Publication Date
2026-01-13
Estimated Expiration
2045-09-29

AI Technical Summary

Technical Problem

The existing cross-platform remote scheduling of charging piles suffers from low management efficiency and reliability, resulting in delayed response to charging pile faults, crude scheduling decisions, and unbalanced load between platforms. It is difficult to adapt to fluctuations in charging demand and changes in equipment status, leading to both idle and overloaded resources.

Method used

By constructing a unified cross-platform charging pile resource pool, the operating status of each charging pile is monitored in real time, fault prediction and multi-level partitioning are performed, cross-platform scheduling compensation is carried out using high-reliability and medium-reliability cluster resources, and scheduling strategies are optimized by combining response evaluation models and variability capacity analysis to generate the optimal scheduling strategy and execute it by the central scheduling server.

Benefits of technology

It improves the management efficiency and reliability of cross-platform scheduling of charging piles, realizes more reasonable resource allocation and fault response, and enhances the utilization rate of charging facilities and user experience.

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Abstract

The application discloses a kind of charging pile cross-platform remote management scheduling method and system, it is related to charging pile adaptive control technical field, including: multiple charging pile platform is accessed to central dispatch server, constructs cross-platform charging pile resource pool, real-time monitoring obtains each charging pile monitoring flow;Carry out fault prediction, establish charging pile fault space, carry out multilevel division to cross-platform charging pile resource pool, obtain charging pile first cluster, second cluster and third cluster;According to first cluster and second cluster, cross-platform scheduling compensation is carried out to third cluster, generates scheduling compensation first group;Response evaluation optimization is carried out by introducing scheduling response evaluation model, constructs scheduling compensation second group, according to scheduling compensation variation capacity carries out variation joint optimization, generates scheduling compensation strategy;Charging pile resource pool is compensated management.Solve the technical problems of low management efficiency and reliability existing in the prior art charging pile cross-platform remote scheduling, to improve the technical effect of the efficiency and reliability of scheduling management.
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Citation Information

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