- 學位論文
整合具影像及儲能參數之太陽能發電監控系統
Implementation of an Integrated Mobile Solar Power Monitoring System for Images and Battery Parameters
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摘要
摘要 隨著綠色能源越來越被重視，因此在太陽能電池與儲能系統的監控上，需要智慧化的監控，不僅可以減輕人力資源消耗也可降低人為失誤率，但現今普遍使用一般電腦來進行監控，不僅成本較高也無法有效善用盡其效能，在網路設備方面將受限於不同場地而有不同的限制，因此若使用嵌入式系統搭配無線傳輸技術，將可大大降低整體的監控成本與場地的受制。 本篇論文使用樹莓派嵌入式系統做為系統的核心，系統可以大致分為三個部分，首先是蒐集的資料方面，包括樹莓派結合相機模組，針對太陽能光電板的表面狀態進行拍攝的影像，另外還有對於電池的狀態進行監控，例如電壓、電流、SOC (State of charge)、SOH (State of health)等資訊。其次是以樹莓派做為閘道器核心，並且透過樹莓派閘道器，將太陽能光電板的影像，以及儲能系統狀態資訊傳送至遠端伺服器。最後是遠端伺服器能夠以網頁及手機APP方式作呈現，讓使用者及管理者可以在遠端進行監控及維護。透過無線通訊技術的連接，可以達到一個遠端控制且智慧化的管理，不管是對於使用者或是管理者都會是一大便利，也可以增加使用者加入使用綠色能源的機會，為大家的地球多盡一份心力。 關鍵詞：太陽能光電板、樹莓派閘道器、太陽能儲能系統
並列摘要
Abstract With more and more attention to solar energy, the monitoring of solar cells and energy storage systems is gradually important. This research uses the Raspberry Pi as the core processor to develop the mobile monitoring system. Our system can be divided as three parts, the first part is to sense the information including photovoltaic panel image and battery indexes such as voltage, current, SOC (state of charge) and SOH (state of health), etc. The second part is the network system to send the collected information to the remote server in the back-end. The gateway of the network uses Raspberry Pi as the core processor. The last part is the remote server that can collect all the information and display the system’s real-time status by web page and Apps. With the above achieved function, the user and administrator can monitor and maintain the system remotely. By the wireless connection technology, the system will be so smart and flexible that can promote the green energy to more people greatly. Keywords- solar cells、energy storage system、Raspberry Pi, gateway
參考文獻
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