🌍⚙️ Experiment-Driven Electromechanical Coupling Optimization of a Pendulum-Based Electromagnetic Energy Harvester 🔋🔄


 In the quest for sustainable and self-powered technologies, researchers have developed an innovative pendulum-based electromagnetic energy harvester integrated with a compact variable transmission ratio mechanism. 🧭💡 This cutting-edge design focuses on optimizing the electromechanical coupling between the pendulum motion and electromagnetic induction, allowing efficient conversion of ambient vibrations into usable electrical energy. ⚡

By employing an experiment-driven optimization approach, the study fine-tunes critical parameters such as transmission ratios, magnetic flux alignment, and oscillation frequency to maximize output power and system efficiency. 🔬📈 The result is a high-performance energy harvester capable of generating electricity even from low-frequency mechanical motions — ideal for powering wireless sensors, IoT devices, and wearable electronics. 🤖📡

🌱 This breakthrough not only enhances the adaptability and compactness of energy harvesting systems but also contributes to the growing field of green and renewable micro-energy solutions, paving the way for self-sustaining smart technologies of the future. 🚀✨

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