Renewable Energy Resources for Power Generation

For the purpose of generating electricity, renewable energy resources were environmentally friendly sources of energy that depend on natural occurrences or processes and can be renewed quickly. These resources preserve Earth's limited resources and reduce harmful environmental effects while harnessing the energy present in nature and transforming it into useful forms of electricity. Renewable energy sources offer a greener as well as more sustainable way to meet our energy needs by providing a substitute to not renewable fossil fuels that not only have a limited supply but also produce emissions of greenhouse gases when burned. Due to its numerous benefits and ability to address pressing global concerns, renewable energy resources have a great amount of significance for power generation. The revolutionary potential of environmentally friendly energy resources to restructure the worldwide energy industry and lessen the negative effects of conventional energy sources is what gives them scientific significance for power generation. The possibility of renewable energy sources to provide sustainable and environmentally acceptable alternatives to traditional sources of energy, paving the way for a cleaner and more sustainable future, makes the study of renewable power sources for power generation important. The Weighted Integrated Product Evaluation technique is a strategy for making decisions that takes into account a number of factors. It provides a thorough assessment of many alternatives by combining subjective assessments and objective criterion weights. Using the WASPAS technique, decision-makers can give each criterion a weight that reflects their relative importance during the decision-making process. These weights show the relative importance or priority given to each criterion in relation to other criteria. The options are then evaluated by decision-makers in relation to each criterion, often using ratings or scores in numerical form. By using this approach, a comprehensive evaluation that takes into account both the subjective judgements of the decision-makers and the weights of the objective criteria can be produced. Alternate Parameters taken as Solar PV, Solar Thermal, Hydro, Wind, Biomass. Evaluation Parameters taken as Economic development, Capacity factor (%), Efficiency (%), Levels of CO2. Emission, Operating cost and maintenance cost, Land use. Through the rank table, we can get the rank of all the five name of criterions. whereas hydro is in 1st position and solar PV is in 5th position. First ranking hydro is obtained with the lowest quality of solar PV