Wirelessly Powered an Alarm Clock ANENG HTC-1

In some cases, long battery life may be essential to the Internet of Things (IoT) devices. Short battery life could result in unacceptably high replacement costs if actuators or sensors fail early. The Internet of Things should be designed with energy-efficient solutions to achieve a low consumption current and develop a green society. Many IoT devices rely on small, rechargeable batteries, so charging a wireless battery is essential for several reasons. Much research and development are focused on how to power IoT devices wirelessly. A wireless power transmission system involves the transmission of microwave power without using a physical medium. It aims to combine wireless power technology with IoT to create an intelligent house. This research paper was designed and realized to energize ANENG HTC-1 LCD Alarm Clock wirelessly using microwave energy propagation inside the Lab. We send microwave energy from (Position 1) to the receiver (Position 2) to energize an Alarm Clock at a distance of five meters. So the proposed prototype takes account of all the technical parameters above.