现代建筑电气
現代建築電氣
현대건축전기
MODER ARCHITECTURE ELECTRIC
2015年
4期
15-18,41
,共5页
物联网%光伏发电%智能监控系统%可靠性
物聯網%光伏髮電%智能鑑控繫統%可靠性
물련망%광복발전%지능감공계통%가고성
Internet of Things (IOT )%photovoltaic power generation%intelligent monitoring system%reliability
搭建基于物联网的区域光伏发电系统的智能监控平台。以光伏发电系统故障检测算法和设备的优化管理为基础，通过建立性能评估模型，实现对区域分布式光伏发电系统的安全运行性能进行评估。运行结果表明，系统数据传输效果好、性能稳定可靠，具有很高的应用和推广价值。
搭建基于物聯網的區域光伏髮電繫統的智能鑑控平檯。以光伏髮電繫統故障檢測算法和設備的優化管理為基礎，通過建立性能評估模型，實現對區域分佈式光伏髮電繫統的安全運行性能進行評估。運行結果錶明，繫統數據傳輸效果好、性能穩定可靠，具有很高的應用和推廣價值。
탑건기우물련망적구역광복발전계통적지능감공평태。이광복발전계통고장검측산법화설비적우화관리위기출，통과건립성능평고모형，실현대구역분포식광복발전계통적안전운행성능진행평고。운행결과표명，계통수거전수효과호、성능은정가고，구유흔고적응용화추엄개치。
This paper built an intelligent monitoring system of integrated photovoltaic power generation based onInternet of Things.Based on the fault detection algorithm and the optimal management of devices,the evaluation modelwas built to evaluate the operation performances of regional distributed photovoltaic power generation system.The testresults show that the system has the effective data transmission,reliable and steady performances,which has highapplication and promotion value.
