A Grid Connected PV System of Solar Panels |
Author(s): |
| Guddu Kumar Chaudhary , Bhopal Institute of Technology Bhopal; Prof. Vinay Pathaka, Bhopal Institute of Technology Bhopal; Prof. Namrata Sant, Bhopal Institute of Technology Bhopal |
Keywords: |
| Fault Ride Through, Insulated Gate Bipolar Junction Transistor, Maximum Power Point Tracking, Perturb and Observe, Phase Lock Loop, Anti-islanding ,Grid connected PV, Harmonics, , Performance Ratio (PR), RSCAD, RTDS |
Abstract |
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A significant component of the energy balance in most regions and power systems, photovoltaic (PV) energy is expanding at a rapid rate each year. In this work, the effect of attaching a PV power grid will be explored with real-time modeling of the plant using RSCSD software (RTDS). Studying the effects of changes in the power factor of loads, PV saturation, overtones introduced into circuit by PV inverter, and the PV system's anti-islanding capability. Finally, the dependability and grid connectivity of a standard grid-connected PV system are examined using the Achievement Ratio (PR) of the PV system. With a constantly rising yearly rate, photovoltaic (PV) energy is gradually playing a significant role in the energy balance in most regions and power networks. With the help of real-time system simulation using RSCSD software on the Interactive Digital Simulator, it study aims to investigate the impact of joining a PV power system (RTDS). The effects of changing the power factor of loads, shifting the penetration of PV, adding oscillations to the circuit via the Inverters, and the PV system's anti-islanding properties are all investigated. Finally, the dependability and grid connectivity of the PV system are assessed using the Perform Ratio (PR) of a typical grid-connected PV system. |
Other Details |
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Paper ID: IJSRDV10I70042 Published in: Volume : 10, Issue : 7 Publication Date: 01/10/2022 Page(s): 16-19 |
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