Published Paper Details:

This project introduces a wireless night lamp designed in the shape of a crescent moon, combining aesthetics with functionality. Title: Wireless Power Transmission Night Lamp with Arduino and Motion Sensors. The objective of this project is to create an energy-efficient and convenient lighting solution for nighttime illumination in various indoor settings. The system employs wireless power transmission technology to eliminate the need for traditional power cords, enhancing user convenience and safety. The core components of the system include an Arduino microcontroller, a wireless power transmitter, a receiver module, and passive infrared (PIR) motion sensors. The Arduino microcontroller serves as the central control unit, orchestrating the operation of the system based on input from the motion sensors. The wireless power transmitter, based on resonant inductive coupling, wirelessly transfers power to the receiver module, which powers the night lamp. The incorporation of motion sensors enables the system to activate the night lamp automatically in response to detected motion within a predefined range. This feature enhances energy efficiency by ensuring that the lamp only illuminates when needed, thus conserving power during periods of inactivity. Additionally, the use of motion sensors enhances user convenience by providing hands-free operation, eliminating the need for manual activation. The implementation of the wireless power transmission night lamp system involves hardware design, including circuitry for power transmission and reception, as well as software development for Arduino programming to control the system's functionality. The system's design emphasizes simplicity, affordability, and reliability, making it suitable for deployment in various indoor environments such as bedrooms and hallways. Overall, this project demonstrates the feasibility and effectiveness of utilizing Arduino microcontrollers and motion sensors to create a wireless power transmission night lamp system. The system's energy efficient operation, convenience, and ease of deployment make it a promising solution for enhancing nighttime illumination in indoor settings while minimizing energy consumption and improving user experience. The project aims to seamlessly blend artistic design with practicality, offering a unique and visually pleasing wireless night lamp that contributes to a cozy and ambient atmosphere in any room. It can be controlled through motion sensor and Arduino controller.