Penerapan Model Sistem Dinamik Pada Pembangkit Listrik Tenaga Surya

Abstract

Because solar power plants offer the benefit of being a clean energy source and the capacity to hasten the integration of new and renewable energy (NRE) into the energy mix, solar energy campaigns (photovoltaic) are in high demand. Compared to other power plants, photovoltaic energy has a very small carbon impact, making it a green energy source. The goal of the study was to evaluate the efficiency and dependability of the performance of solar power plants. The effectiveness of solar power plants is examined using the results of numerous computations and measurements. In this work, a comparative quantitative model was adopted as the methodology. The model that was employed was a dynamic system, which is a way of simulating a dynamic system—a system that changes over time. We can develop guidelines and investigational scenarios using dynamic systems. Using an average efficiency of 18.75%, modeling with dynamic system modeling software compares secondary data with verified simulation data to produce more accurate information.