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Synchronization of Distributed Photovoltaic Generation with an Active network using Phase Locked Loop technique

机译:使用相位锁相循环技术将分布式光伏生成的分布式光伏生成的同步

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The above paper gives the detail design of Solar PV system along with its synchronization with grid connected systems. In this paper detailed design of system along with the design of boost converter, design of inverter system for 180 degree conduction mode along with its SPWM technique and grid synchronization using Phase locked loop technique has been discussed. The PV panel's DC output is amplified by using boost converter up to desired value. which is further converter into A.C. supply by using 3-phase inverter which is working under 180 degree conduction mode which can be controlled by Sinewave pulse width modulation techniques. The reference signal for the system is derived by the grid using phase locked loop so the output of the inverter is in synchronism with grid with respect to phase as well as frequency.
机译:上面的纸张提供了太阳能光伏系统的详细设计,以及其与网格连接系统的同步。在本文中,系统详细设计以及升压转换器的设计,已经讨论了180度导通模式的逆变器系统的设计以及使用相位锁定环技术的SPWM技术和电网同步。通过使用升压转换器达到所需值,可以放大PV面板的直流输出。这是进一步的转换器进入A.C.供应通过使用在180度导电模式下工作的3相逆变器,这可以通过正弦波脉冲宽度调制技术来控制。系统的参考信号由网格使用相位锁定回路导出,因此逆变器的输出与相对于相位以及频率的网格同步。

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