摘要: The increasing global demand for electricity and the severe environmental impacts of conventional energy sources pose a critical challenge for sustainable development. While wind power is a renewable energy source, its production ... 展开 The increasing global demand for electricity and the severe environmental impacts of conventional energy sources pose a critical challenge for sustainable development. While wind power is a renewable energy source, its production is limited by weather patterns and land-based constraints. To address this limitation, a feasible solution is proposed in this study, which uses tethered aerostats equipped with wind turbines to generate power. By connecting aerostats to transmission towers, the system can optimize its efficiency and take advantage of existing infrastructure. The research examines the design methods, parameters and complexities involved in implementing this innovative solution, highlighting the benefits of advances in wind turbine technology. This self-sustaining energy system provides a more reliable and economical alternative to renewable energy generation. By reducing carbon emissions and meeting the growing global demand for electricity, this solution could pave the way for a sustainable and eco-friendly future for energy production. 收起