Assessment of Sustainability and Numerical Modeling for a Hybrid Renewable Energy System: An Indian Perspective Case Study

Abstract

As renewable energy stock in systems rise from 10% to 20% or more, and the costs of wind, solar solar panels, and battery storage all continue to decline, hybrid nuclear power plants have proven to be an attractive energy system for supplying a significant value of electricity or power from generated plants to the powered by electricity grid system. The purpose of this study is to describe various sustainability tools that may be used to identify renewable energy technologies for distant region power delivery. Several sustainability tools, as eco-efficiency analysis, life cycle costing, social assessment approach, and green life cycle assessment, can be used to understand the impact of these technologies on the economy, the environment, and society.. While the different techniques may be useful in their own right, the study's objective and goal will determine their relevance. The eco-efficiency strategy was proven to be helpful in selecting environmentally friendly technologies with the least environmental cost for distant area power supply. All of these tasks are substantial research endeavours, and more work is required to prioritise them.