Solar Photovoltaic Cell Simulation Model with Implementation Details

I have developed a solar photovoltaic cell simulation model and provided supporting reference materials. Let's first understand what a solar photovoltaic cell is. A solar photovoltaic cell is a device that converts solar energy into electrical power. It consists of multiple cells that absorb solar radiation and transform it into electric current. These cells are typically manufactured from silicon, though other semiconductor materials can also be utilized. The implementation involves modeling the diode-based equivalent circuit with key parameters including photocurrent generation, series resistance, and shunt resistance. Photovoltaic cells have extensive applications ranging from power supply systems for residential and commercial buildings to energy sources for computers and various electronic devices. Therefore, creating a simulation model for solar photovoltaic cells represents a fascinating and significant undertaking. The model employs mathematical algorithms to replicate the I-V characteristics under varying irradiation conditions and temperatures, incorporating maximum power point tracking (MPPT) simulations. This approach helps deepen our understanding of the energy conversion process and advances research and utilization of renewable energy resources through programmable simulation environments.