將灰色預測和TSMC相結合，設計了一種閉環控制的DC-AC逆變器系統，

將灰色預測和TSMC相結合，設計了一種閉環控制的DC-AC逆變器系統，實現了在各種負載下的低THD和快速動態響應。本文首先介紹了一種DC-AC逆變器的數學模型。其次，推導了基於灰色預測的終端滑模控制方法，並將其應用於DC-AC逆變器。最後給出了模擬結果和實驗結果，驗證了該控制器的效能。

結果 (英文) 1:

TSMC gray prediction and designed by combining the DC-AC inverter system for closed-loop control, to achieve a low THD and fast dynamic response under various loads. This paper introduces the mathematical model of DC-AC inverter. Then, the terminal is derived based on gray prediction sliding mode control, and it is applied to DC-AC inverter. Finally, simulation and experimental results verify the performance of the controller.

結果 (英文) 2:

Combining gray prediction with TSMC, a dead-cycle-controlled DC-AC inverter system is designed to achieve low THD and rapid dynamic response under various loads. This paper first introduces a mathematical model of dc-AC inverter. Secondly, the terminal slip mode control method based on gray prediction is derived and applied to the DC-AC inverter. Finally, the simulation results and experimental results are given, and the efficiency of the controller is verified.

結果 (英文) 3:

Combining grey prediction with TSMC, a closed-loop control DC-AC inverter system is designed to achieve low THD and fast dynamic response under various loads. Firstly, this paper introduces a mathematical model of DC-AC inverter. Secondly, the terminal sliding mode control method based on grey prediction is derived and applied to DC-AC inverter. Finally, the simulation results and experimental results are given to verify the effectiveness of the controller.