An Empirical Study on Interconnected Power Systems and Need for PV Mergers

Abstract

Interconnected power systems are now rapidly moving towards a larger share through renewable. PV systems play an eminent role in improving the sustainability, reliability, and affordability of interconnected power systems. As a result, they are likely to become an increasingly important part of the energy mix in the coming years. It is becoming more cost-effective to implement PV systems as a component of a connected power system as the price of PV technology continues to fall. This may contribute to lowering the price of electricity production and transmission, which eventually could benefit consumers. Distributed installation of PV systems enables their placement near the source of electricity consumption. As a result, the system's overall efficiency may be increased by lowering the transmission losses that come with moving electricity over lengthy distances. The world is heading into a quick movement in modernization and digitization. It is a critical part of current life. The energy can be requested generally into two sorts that are-Feasible and non-unlimited sources. Supported energy sources can be regenerated and manufactured, but infinite energy sources will be exhausted with extensive use. The actual use of ecosystem-friendly resources must be managed wisely. However, many businesses and processing plants around the world rely on out-of-service power supplies. This article provides an overview of different approaches to accurately predict solar PV performance.