基于储能电池舱的户外无主灯照明集成方法与系统

By integrating a distributed LED light strip network into the energy storage battery compartment, combined with data acquisition and intelligent decision-making modules, the problems of shadow blind spots and energy waste caused by traditional high-mast lights are solved, achieving efficient and safe dynamic lighting scheduling and improving the operation and maintenance efficiency of energy storage power stations.

CN121692500BActive Publication Date: 2026-07-17HUNAN LITONG ELECTRIC POWER SURVEYING & DESIGN CONSULTING CO LTD

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
HUNAN LITONG ELECTRIC POWER SURVEYING & DESIGN CONSULTING CO LTD
Filing Date
2025-12-11
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

The application of traditional high-mast lights in energy storage power station areas results in blind spots, low operational efficiency, and energy waste, failing to meet the needs of modern and refined operation and maintenance.

Method used

The outdoor main light-free integrated lighting system based on energy storage battery compartments intelligently decides the brightness and timing of light strips through data acquisition, lighting demand assessment, maintenance path planning, auxiliary lighting coefficient prediction, and arrival time prediction modules, constructing a distributed LED light strip network to achieve dynamic lighting scheduling.

Benefits of technology

It eliminates blind spots, improves the accuracy and safety of nighttime inspections and maintenance operations, reduces energy waste, optimizes the working environment, and enhances the smoothness and efficiency of operation, maintenance, and emergency repairs.

✦ Generated by Eureka AI based on patent content.

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Abstract

本发明属于电池舱照明技术领域,本发明公开了基于储能电池舱的户外无主灯照明集成方法与系统;包括以下模块:数据采集模块,用于采集电池舱和维护通道的照明需求数据。本发明通过设置辅助照明系数预测模型和到达剩余时间预测模型,对照明通道一侧的待辅助灯带的辅助照明概率进行预测,决策是否参与照明,对维护人员到达待维护电池舱的时间进行预测,智能决策是否启用对侧辅助照明以优化光环境均匀度,避免了能源的无效浪费,能准确预测维护人员抵达各作业点的时间,实现照明提前预热、准时高亮、延时缓降的平滑调度,既保证了作业面的零等待照明,又减少了灯具的无谓开启时间。
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