AEONSPHERE: OMNIDIRECTIONAL BLADELESS RENEWABLE HYBRID ENERGY SYSTEM

The increasing demand for sustainable energy and the environmental impact of fossil fuels have driven the development of innovative renewable energy systems. Conventional wind turbines, although widely used, suffer from limitations such as noise, mechanical wear, high maintenance, and poor performance under low and turbulent wind conditions. This paper presents the design and development of an AeonSphere, an omnidirectional bladeless wind energy system that operates based on aerodynamic pressure differentials rather than rotating blades. The proposed system utilizes an O-shaped hollow annular structure with a leaf-shaped internal geometry that enables wind capture from all directions. The pressure difference created within the structure generates rotational motion, which is converted into electrical energy using a geared generator. Additionally, a hybrid approach integrating a solar panel ensures continuous power generation during low wind conditions. The system includes real-time monitoring using an ESP32 microcontroller, along with voltage and current sensors. The results demonstrate that the proposed system is safe, cost-effective, low-maintenance, and suitable for urban environments.             This       research contributes                              to         the development of compact and efficient renewable energy solutions.