本文旨在提出一套混合發電/儲能之系統，並以可程式控制器為控制核心，結合網際網路對該系統作能量管理之遠端電力即時監控，提高混合再生能源系統之穩定性。本論文以網際網路為研究基礎架構，搭配個人電腦、可程式控制器、多功能數位電力表頭來進行電力參數量測與蒐集，使該系統具資料收集與監控之功能。在該混合發電/儲能系統中，是人機介面之圖控軟體InTouch做觸控、顯示連結與動態資料交換，使具資料擷取、警報訊息、趨勢圖，來達成系統之電力監控功能。進而搭配校園網際網路，以有效地傳送至遠方監控中心的電腦做資料分析及控制。
本論文中，以實測該混合再生發電/儲能系統，並分析整體再生能源之相關發電依據，來驗證所提出來的系統之整合可用性，且滿足再生能源併聯電力系統之基本規範。

The aim of this thesis is to propose a hybrid power generation/energy storage system using a programmable logic controller (PLC) with internet to manage various renewable energy resources. The thesis describes an internet-based framework system, which consists of personal computer, programmable logic controller (PLC), and multi-function digital power meter that measure and collect power parameters, for data acquisition and monitoring. Inside the hybrid power generation/energy storage system, a software program, InTouch, acts as a human-computer interface to implement various tasks such as touched control, connection display, and dynamic data interchange, etc., so that it can perform data acquisition, alarm warning, and dynamic plots to meet the requirements of a power monitoring and control system.
In this thesis, experimental measured results of the studied hybrid power generation/energy storage system are obtained and analyzed to validate the feasibility of the proposed monitoring and control system as well as to meet the codes and regulations of grid-connected renewable energy resources.

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