【作者】

Najeeb Ullah

【单位】

北京航空航天大学

【摘要】

As the demand for clean and renewable energy continues to rise, the AVE emerges as a cost-effective and environmentally friendly solution. Mechanical energy generation takes a groundbreaking leap with the Atmospheric Vortex Engine (AVE), a system that capitalizes on the natural upward movement of heat in the atmosphere. The AVE creates an anchored tornado-like vortex to capture the mechanical energy produced during this upward heat convection. This vortex is initiated by introducing warm or humid air tangentially into a circular wall, making it a versatile system that can utilize various heat sources, including solar energy, warm seawater, humid air, or waste industrial heat. Unlike traditional solar collectors, the AVE's heat collector is the Earth's natural surface. The AVE operates on the same thermodynamic principles as the solar chimney but replaces the physical chimney with the centrifugal force generated within the vortex. Mechanical energy is generated by peripheral turbogenerators. This innovative technology holds immense potential for energy production and could play a significant role in mitigating global warming by reducing the need for traditional fuel sources. This research explores the design ,analysis and fabrication of a scaled-down AVE model using 3D Modeling and simulation software’s, demonstrating its capability to produce substantial energy while sustaining the vortex The AVE's ability to rotate a small turbine offers promising prospects for the future of sustainable energy generation and raises important questions for further research in this field

【关键词】

Atmospheric vortex Engine( AVE);vortex engine generator (VEG);Solar Collector (SC);Solar updraft tower (SUT);solar Chimney

【论文集名称】

航空动力

【会议名称】

2023交通能源与智能动力大会

【会议时间】

2023-11-10至2023-11-12

【会议地点】

天津

【下载次数】

2

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