Rooftop PV Solar Project Planning, Designing and Execution with Performance Analysis to Mitigate Power Quality Issues for a Manufacturing Unit

The world is progressing toward decarbonization through sustainable energy solutions, and rooftops have the potential to assist with this by the generation of energy and saving revenue. A comprehensive summary of the design, commissioning, and analysis steps associated with solar energy systems on rooftops is included in this article. Sustainable efficiency is ensured by monitoring and dealing with factors that affect performance, such as weather, shading, and equipment degradation. Regular performance reports enable decision-making concerning system upgrades or modifications to improve overall performance and longevity and optimize the positive aspects of rooftop solar energy systems. With system testing, safety assessments, and regulatory compliance, commissioning indicates the start of the plant's operations. Once the system is up and running, performance analysis takes place, monitoring energy generation, efficiency, and any issues that arise. The supply is becoming more unhealthy during the daytime system as a result of various harmful substances, such as jerky and inductive loads which fluctuate according to usage in an industry. We can figure out the specific need and ability of the structure to withstand wind pressure of 170 km/h r as well as the dynamic load of the PV module with the help of PVSYS and STAAD software. The work is represented in the shape of an analysis which covers two stages, one having a comparison between PVSYST vs actual and the second covering PQ issues arriving in the system. The system's power factor improved from 0.89 to 0.99 after the deployment of mitigation actions, and the PVSYST prediction wasn't consistent with the plant's actual performance. Also, it focused on adding PV solar energy plants that saved 13.5% of the plant's MDI.