Control of multi-level inverter in grid connected photovoltaic power plant
Publish Year: 1397
Type: Conference paper
Language: English
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Document National Code:
TECCONF04_165
Index date: 21 September 2019
Control of multi-level inverter in grid connected photovoltaic power plant abstract
In this paper, a 100Kw photovoltaic (PV) power plant is connected to a 3-phase power system. Also, an efficient maximum power point tracking (MPPT) method is applied to the PV power plant. The MPPT system determines duty cycle for the DC-DC step up converter to increase the PV array efficiency. Accurate phase locked loop system make a suitable synchronization between a power system and multi-level inverter. Multilevel inverter makes an adequate sinusoidal voltage to improve the injected power quality. PV plant meets the local power demand and the linking transmission line’s loading capacity has been increased subsequently. Simulation results show the effectiveness of multilevel inverter in improving injected power quality and also present the reduction of losses in the power system.
Control of multi-level inverter in grid connected photovoltaic power plant Keywords:
Multi-level inverter , photovoltaic power plant , power quality , phase locked loop , maximum power point tracking
Control of multi-level inverter in grid connected photovoltaic power plant authors
Soroush Azizi
Department of Electrical and Computer engineering, Shiraz University, Shiraz, Iran
Sayed Mokhtar Gheasaryan
Department of Electrical and Computer engineering, Isfahan University of technology, Isfahan, Iran
Emad Roshandel
Research and Development Department, Eram Sanat Mooj Gostar Company, Shiraz, Iran
Moien Mohamadi
Department of Electrical and Computer engineering, Isfahan University of technology, Isfahan, Iran