- 期刊
獨立型太陽能照明系統之架構設計與研製
The Design and Implementation of Stand-Alone Solar Power Lighting Systems
摘要
本文以獨立型太陽能照明系統之架構設計與研製為研究目標，系統架構包含：太陽光電池、大功率發光二極體模組、雙向Buck-Boost直流轉換器、鉛酸電池與微控制器所建構而成。系統主電路為雙向Buck-Boost直流轉換器，並以微控制器來管理和控制，使電路結合充電器和放電器功能，並具有擾動觀察法的最大功率點追蹤控制、脈衝式充電控制及大功率發光二極體驅動電路（放電器）控制等功能。最後設計與研製獨立型太陽能LED照明系統架構，經由電腦模擬和實驗的量測結果，以驗證其可行性。
並列摘要
In this thesis, the design and implementation of a stand-alone solar power lighting system are the study objectives. The system architecture includes solar cells, high power-light emitting diodes (HP-LED) modules, bi-directional buck-boost DC converters, lead-acid battery and a single-chip microcontroller. Its main circuit is a bi-directional buck-boost DC converter, combining a single-chip microcontroller to manage and control both of charging and discharging functions. The system has maximum power point tracking control, pulse charging control and high power-light emitting diodes driving control functions. Finally, through computer simulation and experimental measurement, this design has been verified.