RF Energy Harvesting

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RF Energy Harvesting

RF energy harvesting refers to the process of collecting Radio Frequency (RF) energy transmitted through wireless communication or wireless power transmission and converting it into electrical energy.

It can be used to drive or charge small electronic devices or sensors by utilizing RF energy generated around them. This reduces the need for battery replacement or charging, and increases the scalability and flexibility of wireless networks.

VisionI Co., Ltd. harvests power at ultra-high efficiency by utilizing electromagnetic noise generated from all devices that use electricity, including RF-emitting devices such as smartphones (IOS and Android), Wi-Fi routers, door-mounted smart card readers, office monitors, store and home TVs, refrigerators and factory robots.

VisionI Co., Ltd. presents solutions optimized for RF Energy Harvesting by improving optimal antenna design and rectification design and energy conversion efficiency needed to reliably generate and supply power needed to operate low-power IoT sensors and communication devices.

RF energy harvesting refers to the process of collecting Radio Frequency (RF) energy transmitted through wireless communication or wireless power transmission and converting it into electrical energy.

It can be used to drive or charge small electronic devices or sensors by utilizing RF energy generated around them. This reduces the need for battery replacement or charging, and increases the scalability and flexibility of wireless networks.

VisionI Co., Ltd. harvests power at ultra-high efficiency by utilizing electromagnetic noise generated from all devices that use electricity, including RF-emitting devices such as smartphones (IOS and Android), Wi-Fi routers, door-mounted smart card readers, office monitors, store and home TVs, refrigerators and factory robots.

VisionI Co., Ltd. presents solutions optimized for RF Energy Harvesting by improving optimal antenna design and rectification design and energy conversion efficiency needed to reliably generate and supply power needed to operate low-power IoT sensors and communication devices.