本文應用場規劃邏輯閘陣列及系統晶片設計至智慧型居家負載管理系統應用，其中受惠於場規劃邏輯閘陣列之延展性及系統晶片之高彈性規劃能力，本文即致力於汲取整合二者之優點，並配合量測迴路設計和負載管理模組，研製一套適用於家居負載管理之節能平台。同時由於本研製系統已將需量反應之管理策略列入設計考量，故其所具有之智慧型負載管理能力將兼具用電安全與節能功效。而為驗證本系統設計之可行實用性，本文已經由實際環境模擬及電力需量控制操作審慎驗證，其測試結果應足佐證本研製系統確已初具需量管理及家居電能監控功能，對於未來融入智慧型電網之研發應用，亦應具有高度參考應用價值。

This thesis prensents the integration of the field programmable gate array with system-on-a-chip for intelligent home appliance energy-management design and applications. Thanks to the extensibility of field programmable gate array as well as the flexibility of chip design, the thesis has exhibited their benefits to the proposed design, which is further cooperated with measurement loop and load management module to develop a home-appliance energy-management platform. Besides, since the developed system has taken the demand response into considerations, this proposed system is found to own the features of both electrical safety and energy conservation. In order to confirm the feasibility and practicality of the method, it has been simulated and tested under different scenarios. From the test results, they have demonstrated the effectiveness of the proposed system on demand management and home appliance supervision applications. This proposed approach is meanwhile beneficial to serve as the reference for future smart grid development.

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