Solar PV Hotspot Multi-source Intelligent Detection and O&M Decision System
光伏电站热斑多源智能检测与运维决策系统
Addressing pain points such as low hotspot detection accuracy, high missed detection and false alarm rates, and inaccurate O&M data supervision in solar PV power stations, integrating multi-source information like UAV infrared thermography, EL detection, and component electrical performance data to build intelligent hotspot diagnosis models and achieve O&M mode upgrade from passive repair to active prevention.
npx openclaw skills install industry-solar-pv-hotspot-multisource-intelligent-detectionFeatures
- **无人机红外热成像智能分析**: 自动解析无人机巡检红外图像,基于深度学习模型精准定位热斑组件,结合可见光图像自动关联到具体组件编号和位置坐标,解决无人机热斑漏检误报率高的难题
- **热斑根因智能诊断**: 综合分析热斑温度特征、组件EL图像、发电量数据、组串电流电压曲线,自动判断热斑成因(隐裂、热衰减、旁路二极管故障、遮挡等),为精准维修提供方向
- **热斑风险等级智能评估**: 根据热斑面积、温升幅度、组件位置、影响范围等因素自动计算热斑风险等级,优先处置高风险热斑,避免小火酿大患
- **运维工单智能派发与跟踪**: 根据热斑诊断结果自动生成运维工单,指定维修人员和所需备件,跟踪维修进度并验证修复效果,形成缺陷处理闭环
- **区域热斑趋势预测与预防**: 基于历史热斑数据和环境因素,分析不同区域热斑发生规律,预测未来高发区域,指导预防性清洁和检修计划
Use Cases
Installation
npx openclaw skills install industry-solar-pv-hotspot-multisource-intelligent-detection
Usage Examples
`分析本月光伏电站无人机巡检数据,生成热斑分布图和风险等级排名`
`某组串发电量下降15%,帮我诊断可能原因并制定处理方案`
`对比西北地区三个电站的热斑发生规律,预测下季度高风险区域`
`生成热斑运维月度报告,包括故障统计、根因分析和改进建议`