INTEGRATION ASSESSMENT AND ANALYSIS OF HYBRID SUSTAINABLE SYSTEMS IN QATAR: HARNESSING SOLAR, WIND POWER, AND RESILIENT STORAGE TECHNOLOGIES

Abstract

In response to global environmental challenges and the imperative for sustainable development, nations, including the State of Qatar, are actively pursuing a transition towards eco-friendly practices, and embracing renewable energy solutions. This shift is propelled by the urgency to tackle energy crises and environmental degradation and reduce greenhouse gas emissions. Qatar, a significant contributor to emissions, is not only expanding its energy capacity but also striving to enhance energy security and spearhead the renewable energy market. This thesis focuses on the critical transition towards sustainable energy in Qatar, specifically focusing on wind energy. The research explores the potential of wind turbines as a viable option for electricity generation, considering their integration into the existing power systems. The study addresses underlying issues associated with the adoption of energy, including its impact on the electricity supply grid and the feasibility of incorporating energy storage systems. The analysis encompasses this integration's technical, economic, and environmental aspects, providing valuable insights into the challenges and opportunities associated with large-scale wind energy projects. Furthermore, it analyzes the necessity of hydrogen capacity within the overall system. Hydrogen serves as a crucial buffer to store excess renewable energy, thereby enhancing system flexibility, resilience, and stability, especially in Qatar, where renewable energy sources are intermittent. As Qatar endeavors to align its energy landscape with sustainability goals, this thesis comprehensively examines the complexities of wind energy adoption. The results provide valuable insights for renewable energy discussions and support the sustainable practices defined in the Qatar National Vision 2030.

Date of Award	2024
Original language	American English
Awarding Institution	HBKU College of Science and Engineering