湛江市路灯实时电参数变化过程分析数据
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湛江市路灯实时电参数变化过程分析数据是湛江市城市照明管理中心通过其智能化监控终端和测量CT设备收集的关键电力参数集合。这些数据不仅包括输入电压(V)、输出电压(V)、电流(A)等基本电力参数,而且还涵盖了终端运行编码中独特的16位数据字段编号和线路序号,用于唯一标识每个终端运行的数据,确保数据来源的精确性和可追溯性。 本数据基于湛江市各路灯控制箱的实时监测系统,通过采集终端设备的多维度电参数,动态反映路灯系统运行状态及电能质量变化趋势。数据涵盖终端名称、编号、路号、相序、采集时间及关键电参数(输入/输出电压、电流、功率等),旨在为路灯系统能效优化、故障预警和运维管理提供科学依据。 湛江市路灯实时电参数变化过程分析数据为城市照明系统的运行监测、维护管理、节能优化及故障排查提供关键依据。汇总统计终端名称、线路名称和终端编号,清晰了解各区域和路段照明设施的电力参数,支持路灯系统的稳定运行、故障预警和快速处置,确保系统稳定性和安全性,实现精准维护。
Real-time electrical parameter variation analysis data for streetlights in Zhanjiang is a collection of key power parameters collected by the Zhanjiang Urban Lighting Management Center via its intelligent monitoring terminals and current transformers (CT) measuring devices. These data include not only basic power parameters such as input voltage (V), output voltage (V), and current (A), but also unique 16-bit data field numbers and line serial numbers in the terminal operation coding, which are used to uniquely identify data generated by each terminal, ensuring the accuracy and traceability of data sources. This dataset is based on the real-time monitoring system of streetlight control boxes across Zhanjiang. By collecting multi-dimensional electrical parameters from terminal equipment, it dynamically reflects the operating status of the streetlight system and the changing trend of power quality. The dataset covers terminal names, IDs, road numbers, phase sequences, collection times, and key electrical parameters (input/output voltage, current, power, etc.), aiming to provide scientific basis for energy efficiency optimization, fault early warning, and operation and maintenance management of streetlight systems. The real-time electrical parameter variation analysis data for Zhanjiang streetlights provides key basis for operation monitoring, maintenance management, energy-saving optimization, and fault troubleshooting of urban lighting systems. By summarizing and counting terminal names, line names and terminal IDs, users can clearly understand the electrical parameters of lighting facilities in various regions and road sections, supporting the stable operation, fault early warning and rapid disposal of streetlight systems, ensuring system stability and safety, and realizing precise maintenance.




