本論文旨在應用數位信號處理晶片作為控制核心，並選用合適的感測器，製作電氣負載之電流及電壓值量測電路，以發展出一套多用途車用電力監控雛型系統。本研究採用之車輛動力系統，係以三相感應電動機取代車輛引擎來驅動發電機；負載係由動力系統、電池，散熱風扇與頭燈所組成，藉以模擬車輛行駛狀態。此系統之主要功能為即時監控車輛電氣元件，例如：引擎、冷卻系統、點火系統、及行車電腦等之電壓、電流及耗電量讀值。經由所獲得之數據，除可加以研判車輛在行駛狀態中，電氣系統效能是否正常外，亦可作為離線時車上電氣元件維修檢測參考之用。

The major research content of this thesis is to develop a multi-purpose power monitoring system for vehicles which employs a digital signal processor (DSP) chip as the control kernel. A prototype of power monitoring system for vehicles, which consists of the powering system, the load, and suitable sensors, is constructed. The powering system uses three-phase induction motor instead of engine to drive generator. The load is composed of the battery, cooling fan and head lamp. The main function of the prototype system is to monitor the status and loading conditions of the automobile electrical devices continuously. For example, read the voltage, current and power consumption values of the engine, cooling, ignition, and central computer systems. Through the collected data, the power monitoring system can provide valuable information regarding the adequacy of vehicular power system in driving-mode. It can also launch alarm message when abnormal situation occurs. On the other hand, it can provide suggestive information of taking preventive maintenance or replacement of the related electrical devices when operated in stop-mode.

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