PVmet 150光伏氣象站產品介紹（中英雙語）
【中文版】
PVmet 150光伏氣象站是一款專為光伏發電系統設計的智能環境監測設備，通過多維度數據采集為電站效率優化提供科學支持。該設備集成高精度傳感器與智能化數據處理模塊，可實時監測太陽輻射強度、環境溫濕度、風速風向等關鍵氣象參數，同時配備光伏組件背板溫度監測功能，幫助用戶全面掌握光伏陣列運行環境。
在太陽輻射監測方面，設備采用雙層傳感器結構，同步測量水平面總輻射與組件斜面輻射數據，結合內置算法自動生成有效發電時長分析。針對光伏系統熱損耗問題，其搭載的非接觸式溫度傳感單元可實現±0.5℃的測量精度，準確反映組件工作溫度變化趨勢。環境監測模塊包含抗紫外線強化型風速傳感器和防結露濕度探頭，適應-40℃至+85℃的寬溫域工作環境，確保在沙塵、鹽霧等嚴苛條件下的長期穩定性。
設備采用模塊化設計，支持太陽能供電與鋰電池雙電源模式，內置數據存儲單元可在網絡中斷時自動保存30天以上監測數據。配備標準通信接口，兼容主流光伏監控系統平臺。通過可視化數據報表，運維人員可精準定位組件效率異常區域，優化清潔維護周期，預估發電量波動。適用于地面電站、分布式屋頂、光伏農業等多種應用場景，特別適合需要精細化管理的百兆瓦級大型光伏電站。
【English Version】
The PVmet 150 Solar Monitoring Station is an intelligent environmental detection system specifically engineered for photovoltaic power generation systems. Equipped with multi-dimensional sensing technology, this device delivers comprehensive environmental insights to enhance operational efficiency of solar plants. Its integrated high-precision sensors and advanced data processing modules enable real-time tracking of solar irradiance, ambient temperature/humidity, wind speed/direction, along with PV module backsheet temperature monitoring.
The dual-layer radiation sensing structure simultaneously captures global horizontal irradiance (GHI) and plane-of-array (POA) radiation data. Proprietary algorithms automatically calculate productive sunlight duration for performance benchmarking. To address thermal loss concerns, its non-contact temperature sensors achieve ±0.5℃ accuracy in tracking module temperature fluctuations. The environmental monitoring suite incorporates UV-resistant anemometers and anti-condensation humidity probes, maintaining reliable operation across extreme conditions from -40℃ to +85℃, including dust-prone and coastal environments.
Featuring modular architecture, the system supports hybrid power supply with solar panels and lithium batteries. Its built-in memory module safeguards over 30 days of continuous data recording during network outages. Standardized communication interfaces ensure seamless integration with major PV monitoring platforms. Through intuitive data visualization, operators can pinpoint underperforming module clusters, optimize maintenance schedules, and predict energy yield variations. Ideal for utility-scale solar farms, distributed rooftop installations, and agrivoltaic projects, it proves particularly valuable for GW-level solar plants requiring precision management.
The system s corrosion-resistant enclosure (IP66 rating) and wireless configuration options significantly reduce installation complexity. By correlating meteorological data with power output patterns, the PVmet 150 empowers operators to maximize energy harvest while extending critical equipment lifespan through predictive maintenance strategies.
