WBH2E

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Wireless Batteryless Harvester or WBH2E is an emerging technology that extends the longevity of battery operated devices. This technology is based on the concept of harvesting energy from ambient sources such as radio frequency (RF), light, vibration and temperature. The harvested energy is then used to power the device in times of need. It finds application in multiple fields including healthcare, infrastructure, home automation, and commercial products.

In healthcare, WBH2E is used to power medical devices, like pacemakers and insulin pumps, that require long-term battery life and reliable performance. The harvested energy can be used to power the device and/or recharge the battery for extended operation. This technology can also be used in infrastructures, such as in controlling access gates, lighting and communication towers. It allows for low maintenance and cost-effective solutions without the need for batteries to be replaced or recharged.

In home automation, WBH2E is used for a variety of electronic devices, such as smoke detectors, security systems and thermostats. They can be powered by energy harvested from thermal and RF sources. These systems are reliable, maintenance-free and can be controlled remotely from a distance. Moreover, WBH2E also finds application in a range of commercial products including drones, tablets, TVs, and wearable gadgets.

The working principle of WBH2E is based on the conversion of environmental energy into electrical energy. It consists of three main components – an energy harvesting circuit, a power management circuit and a load. The energy harvesting circuit captures the ambient energy from the environment, such as light and vibration, and converts it into an electric signal. This generated voltage is then processed by the power management circuit for optimized performance and storage on a energy storage device. Finally, the stored energy is provided to the load for operation.

In conclusion, WBH2E is an emerging technology that allows for maintenance-free operation and cost-effective solutions. It finds application in a wide range of fields, including healthcare, infrastructure, home automation, and commercial products. The technology works on the principle of harvesting energy from various ambient sources and then using them to power the device in times of need.

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