论文标题
电网连接的现代电力系统非线性载荷的能源传输控制，具有多个阶段变压器电压重新注入，并具有受控转换器
Energy transmission control for a Grid-connected modern power system Non-Linear loads with a Series Multi-Stage Transformer Voltage Reinjection with controlled converters
论文作者
论文摘要
能源传输的有效方式是提高整体传输系统效率的关键因素。提出了许多方法来控制反应性电流，电压波动和功率因数改善，提出的转换器拓扑会在传输系统性能方面具有很大的改善，其中包括具有控制转换器的多阶段变压器控制以及系列活动过滤器。总体控制策略涉及多速电压重新注入变压器控制转换器（MSVRITCC），以将电压重新输入电网中，以补偿电压和剩余参数和功率流控制。提出的拓扑提高了电网安全性，具有带网状适应性的所需负载要求的灵活性，并将THD值降低到显着值中，并使功率调节电路的控制灵活且易于执行网格中的电压补偿，以使连接的应用程序连接。二进制控件用于触发功率转换器电路，这使得控制更简单。
The effective way of energy transmission plays a key factor in improving the overall transmission systems efficiency. Many methods are proposed to control the reactive power flow, voltage fluctuations and power factor improvement, The proposed converter topology gives a much significant improvement in transmission systems performance which includes multistage transformers control with the controlled converters along with the series active filters. The overall control strategy which involves the Multistage Voltage Re-Injection Transformer Controlled Converters (MSVRITCC) to reinject the voltages into the grid to compensate the voltages and remaining parameters and power flow control. The proposed topology improves the grid security, flexibility in reaching the desired load requirements with grid adaptability and reduces THD values into a significant values and made the control of power conditioning circuit flexible and easy to perform the voltage compensations in grid to load connected applications. The binary control is used to trigger the power converter circuits which made the controlling much simpler.
