Abstract
Addressing the challenges of increasing global electricity demand and the environmental impact of conventional energy sources requires innovative solutions. This study proposes a practical approach to overcome the limitations of wind power, which is dependent on weather patterns and land constraints. The solution involves using tethered aerostats equipped with wind turbines to generate power. By connecting these aerostats to transmission towers, the system optimizes efficiency and utilizes existing infrastructure. The research explores the design methods, parameters, and complexities involved in implementing this groundbreaking solution, emphasizing the benefits of advancements in wind turbine technology. This self-sustaining energy system offers a reliable and cost-effective alternative for renewable energy generation, reducing carbon emissions and meeting the ever-growing global electricity demand. By paving the way for a sustainable and eco-friendly future in energy production, this solution holds promise for a brighter tomorrow.
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