Improving Energy Efficiency in Gas Turbine Systems: The Role of Solar Collectors

Abstract

Energy sector growth is almost entirely proportional to the gross development of a nation. However, one of the most difficult problems facing the energy sector today is the rapid exhaustion of traditional energies. To solve this problem, the combination of modern equipment with renewable sources of energy has begun to receive increasingly more attention. Increasing fuel efficiency is an approach that is far more environmentally friendly, as it aids in preserving energy resources and decreasing emissions, thus playing a large role in reducing greenhouse gases.

This study investigates how solar tower collector systems can be utilized to improve the characteristics of modern gas turbine plants. Having the solar power integrated into gas turbine systems enables an improvement in performance and sustainability. The utilization of concentrated solar power to preheat the working fluid can lower fuel consumption, thus increasing the thermal efficiency of the system. Furthermore, the integration of solar energy into traditional electricity generation begs a solution to the intermittency challenges associated with renewables. This method not only lessens dependence on fossil fuels but also supports the global shift toward cleaner energy solutions. The results of this study demonstrate that integrating solar power with gas turbines is a practical and effective step toward a more sustainable energy future.