景观强电网关运行分析数据

通过采集强电网关的回路状态等信息，分析回路开关状态和回路开关趋势，实现不同景观强电回路故障的实时动态预警和识别，系统将触发相应的报警机制，例如发送警报通知、显示警告信息或触发自动化控制系统等。

实现实时画面可视化展示和实时动态预警和识别，系统将触发相应的报警机制，例如发送警报通知、显示警告信息或触发自动化控制系统等。1.数据来源 在多个电箱或配电柜中安装强电网关设备来实时采集不同网关设备的设备状态，任务信息、场景信息、模块状态、回路状态。
2.数据处理
2.1网关故障预警 根据强电网关的特性和要求，定义一系列告警规则，其中网关设备状态=离线,表示网关设备离线；网关设备状态=在线,表示网关设备在线；模块状态=离线,表示模块离线；模块网关设备状态=在线,表示模块在线；设计匹配算法，将实时采集的状态数据与定义的告警规则进行匹配；根据匹配算法的结果，识别出是否存在离线等故障情况。
2.2网关任务、场景实时状态监控及展示、回路24小时运行趋势，通过分析网关回路的开关状态来展示当天回路使用的开关趋势，公式如下： 回路开关趋势=每小时回路开启数量/回路总数量；
3.数据应用
以上述流程的实时性为基础，系统能够在不同强电网关设备运行数据发生变化时及时进行告警识别和实时可视化展示，实现强电网关设备的实时动态分析和报警机制，实时监控分析网关运行状态并在故障情况发生时触发相应的报警机制，发送警报通知、显示警告信息或触发自动化控制系统等。

This dataset collects information including circuit states of high-current power gateways, analyzes circuit switch states and circuit switching trends, to achieve real-time dynamic early warning and identification of faults in different landscape high-current circuits. The system will trigger corresponding alarm mechanisms, such as sending alert notifications, displaying warning messages, or triggering automated control systems.

It also supports real-time visual interface display, as well as real-time dynamic early warning and identification, with the system triggering corresponding alarm mechanisms including sending alert notifications, displaying warning messages, or triggering automated control systems.

1. Data Sources
Install high-current power gateway devices in multiple electrical boxes or power distribution cabinets to collect real-time device status, task information, scenario information, module status, and circuit status of various gateway devices.

2. Data Processing
2.1 Gateway Fault Early Warning
Based on the characteristics and requirements of high-current power gateways, a series of alarm rules are defined as follows:
- Gateway device status = offline means the gateway device is offline;
- Gateway device status = online means the gateway device is online;
- Module status = offline means the module is offline;
- Module gateway device status = online means the module is online;
A matching algorithm is designed to match the real-time collected status data with the predefined alarm rules. Whether fault conditions such as offline exist is identified based on the results of the matching algorithm.

2.2 Real-time Monitoring, Display of Gateway Tasks and Scenario Status, and 24-hour Operating Trend of Circuits
Analyze the switch states of gateway circuits to display the daily switching usage trend of circuits, with the formula as follows:
Circuit Switching Trend = Number of activated circuits per hour / Total number of circuits

3. Data Applications
Based on the real-time performance of the above process, the system can perform timely alarm identification and real-time visual display when the operating data of different high-current power gateway devices changes, realizing real-time dynamic analysis and alarm mechanisms for high-current power gateway devices. It monitors and analyzes the operating status of gateways in real time, and triggers corresponding alarm mechanisms such as sending alert notifications, displaying warning messages, or triggering automated control systems when faults occur.