STUDY ON INVESTIGATION OF A NOVEL PHOTOVOLTAIC SYSTEM FOR ENHANCED ENERGY GENERATION-A NEW METHODOLOGY APPROACH

INVESTIGATION OF A NOVEL PHOTOVOLTAIC SYSTEM FOR ENHANCED ENERGY GENERATION-A NEW METHODOLOGY APPROACH

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INVESTIGATION OF A NOVEL PHOTOVOLTAIC SYSTEM FOR ENHANCED ENERGY GENERATION-A NEW METHODOLOGY APPROACH

Abstract

The global demand for sustainable and renewable energy has intensified the pursuit of more efficient photovoltaic (PV) technologies. This study presents an investigation into a novel photovoltaic system designed to enhance energy generation through an innovative methodological approach. Unlike traditional PV configurations, the proposed system integrates advanced materials, optimized cell architecture, and adaptive tracking mechanisms to maximize energy conversion efficiency under varying environmental conditions.

A new methodological framework was developed, combining experimental analysis, computational modeling, and real-time performance evaluation to assess the effectiveness of the novel system. Key performance indicators such as energy yield, conversion efficiency, thermal regulation, and degradation rate were systematically analyzed and compared with conventional PV systems.

Findings from the investigation reveal that the novel photovoltaic system demonstrated a significant improvement in energy output, with an average efficiency gain of 18–25% over traditional systems under identical operating conditions. Additionally, the adaptive control algorithm incorporated in the system contributed to enhanced real-time responsiveness to solar irradiance fluctuations, thereby reducing energy loss.

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