A Study of Performance and Analysis CSP Renewable based on Solar Tower Power Plant

Background: In recent years, environmental and energy challenges have gained popularity, especially the speed of climate change (CC) and the steady decline of natural systems. In actuality, the transition to energy generation, mostly based on renewable technologies such as wind, hydro, and solar, will positively impact the environment and the economy. Global concern has been raised regarding solar thermal electricity systems (STES), commonly called concentrated solar power (CSP). It functions by focusing sunlight and transforming it into high-energy heat, which may then be utilized to operate conventional steam turbines, which generate power, or directly for industrial activities.Aim and Objectives: This research aims to conduct research and offer a critical assessment of the efficiency of CSP renewable energy plants built on solar towers.Methods: To collect the required information for this study, the researchers used a methodology that comprised of performing an in-depth evaluation of the relevant scientific literature. This research was able to find important ideas and theories which could be the basis for this new paradigm by doing a comprehensive study of more than 35 published research papers.Research Findings: The study results show that solar tower technology has the potential to be more efficient. The most expensive part of a CSP system is usually the cost of putting in a solar field. This research reported that the novel CSP systems are inclined to be revolutionary technology because they could give the whole world a clean, cheap energy source.