A Comprehensive Analysis of Load Management Strategies and Hybrid Renewable Solutions for Sustainable Rural Electrification System

In this study a detailed comparative analysis of load management strategies across four unique sectors such as residential, commercial, community, and industrial has been conducted. The effectiveness of three resource utilisation strategies as an cases of single dependence on grid electricity, integration of solar and grid energy, and a hybrid method that combines solar and battery resources. The study's goal is to determine how effective various techniques are in optimizing energy use, lowering costs, reducing emissions and improving dependability and sustainability. Key criteria such as peak demand reduction, energy efficiency, and grid reliance are examined using advanced data analysis and modelling approaches. The validation of different measures such as energy efficiency, cost-effectiveness, and environmental impact across a wide range of load types and situations are done by the depth analysis and simulation. The result findings provide important insights for developing efficient, robust, and sustainable energy systems that are customised to different load profiles and resource availability. This case study provides valuable insights into the feasibility and advantages of combining renewable energy sources and energy storage systems across a range of load scenarios. These findings help electricity suppliers and consumers make educated decisions as they migrate to a more hybrid renewable electrification system.