工業技術研究院

技術簡介

太陽能發電廠整合提供產生電力的綠色能源，但例如惡劣天氣和空氣中存在酸性氣體等多個因素將可降低太陽能電池的輸出能量。熱帶和亞熱帶地區更容易受到太陽能發電廠的影響，因為空氣和酸性氣體更加潮濕。建立長期的線上環境監測系統平台將有助於研究風速、降雨、大氣溫度、酸性氣體等不同天氣條件的影響。

Abstract

Integration of solar power plant gives us green energy which is used to produce electricity. There are several factors which is also responsible for reducing the output energy from the solar cell such as bad weather and acidic gases presents on the air. The tropical and sub-tropical region is under more vulnerable for the solar power plant because more humid air and acidic gases. Therefore, establishing long term online platform for environmental monitoring system will help to study of the effects of different weather conditions such as wind speed, rain, atmospheric temperature and acidic gaseous is important.

技術規格

1. 完成太陽光發電系統監測工具開發，包含監測大氣環境影響因子之監測系統與可偵測含日照量、風速、風向、環境溫度、濕度、氯、硫、及氨氣之監控平台。 2. 開發可偵測單片模組功率、電壓與電流等相關監測系統，整合有關環境因素數據，可提供建置太陽光發電系統的環境評估。

Technical Specification

1. Complete the development of monitoring tools for solar power generation systems, develop a monitoring system that can monitor atmospheric environmental influence factors, and a monitoring platform that can detect sunlight, wind speed, wind direction, ambient temperature, humidity, chlorine, sulfur, and ammonia. 2. Develop a monitoring system that can detect the power, voltage and current of a single module, and integrate the data of related environmental factors, which can provide environmental assessment of the future solar power generation system.

技術特色

目前太陽能發電系統之效率與環境監測僅侷限在日照量、風速、風向及溫度之考量，對系統腐蝕劣化的因子及對發電效率衰退的影響尚無深入之研究。本技術開發大氣環境影響因子之監測系統與可偵測含日照量、風速、風向、環境溫度、濕度、氯、硫及氨氣之監控平台，可因應未來各種場域的建置與戶外不同環境氣候與高腐蝕因子之長期監控平台之需求。

應用範圍

太陽光電系統建置規劃與評估。

接受技術者具備基礎建議（設備）

具有太陽光電系統或太陽光電系統監控設備。

接受技術者具備基礎建議（專業）

有建置太陽光電系統經驗者。

聯絡資訊