Page 18 - 台電綜合研究所簡介About TPRI

9. 時間同步於智慧電網應用研究:
Time synchronization in smart grid application research:
精確的時間同步以實現對電力系統的監測、控制和調度，提高電網的穩定性和可靠
性藉由各種運作中設備持續數據採集的資料同步，有助於實現對系統運行狀態、負
載情況的準確監測和分析並記錄異常情況，及時識別可能的故障或問題，提供診斷
和預測，以利及時採取措施防止故障發生。
Precise time synchronization enables monitoring, controlling and
dispatching of the power system and improves the stability and reliability of
the power grid. Through the data synchronization of continuous data
collection of various operating equipment, it helps to achieve accurate
monitoring and analysis of system operating status and load conditions and
record abnormal conditions. Possible faults can be identified in time, and
diagnosis and prediction can be provided to prevent malfunctions.

測試每個區塊時間差已確認網路是否可以滿足時間同步要求
Test Each Block And Network Can Be Constructed To Meet Requirements
資料來源：Calnex

10. 可調式智慧平面於 5G 企業專網應用:
Reconfigurable Intelligent Surfaces(RIS) applied in 5G enterprise private
network
通過調整表面的反射特性可控制電磁波的傳播路徑以調節無線通信的信號強度和方
向，增強信號覆蓋範圍，減少能量損失，提高通信品質和範圍。
By adjusting the reflection characteristics of the surfaces, the propagation
path of electromagnetic waves can be controlled to adjust the signal
strength and direction of wireless communication, enhance signal coverage,
reduce energy loss, and improve communication quality and range.

智慧環境中訊號傳播的範例，訊號來自 BS 被動地中繼到終端。
Example of signal propagation in smart environments. Signals from the BS are passively
relayed to the terminals.

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