Sagaponack, NY – WePower Applied sciences, a supplier of patented power harvesting options for wi-fi knowledge transmission in IoT and IIoT units, has launched the Gemns™ G100 EHG (G100) Wi-fi Panel Change for OEMs and product builders. The G100 is a part of the WePower patented applied sciences that allow dependable and lifelong maintenance-free efficiency in large-scale deployment of IoT units for industrial, automotive, sensible residence, sensible metropolis, and aerospace functions that aren’t achievable with machine designs depending on battery energy.
What’s the G100?
The G100 is an EHG in a Wi-fi Panel Change type issue for industrial functions. The G100 makes use of each stationary and oscillating magnets to reap kinetic power by means of electromagnetic induction. Within the reference design, the G100 is realized in a normal 22mm panel mount swap that incorporates each the EHC100 (Gemns power harvester charger board) and the producer’s chosen MCU or RF transceiver board because the goal software. With the straightforward activation of the G100’s push button, over 3 millijoules of usable power can be found to energy a goal’s MCU and carry out such duties as studying sensors, performing computations, and transmitting encrypted knowledge over an RF hyperlink. The power produced transports alerts comparable to BLE, Zigbee Inexperienced Energy System, LoRa, Z-Wave, Thread, and different wi-fi communications simply, with as much as 20-dBm of output energy. The G100 is retrofittable into the widespread push button of immediately’s industrial equipment controls with no new design engineering.
“The way forward for IoT is pervasive connectivity. It’s the place the whole lot is linked and exchanging knowledge wirelessly over trillions of sensors. However this connectivity comes at a worth; extra wi-fi sensors imply extra batteries and extra batteries imply extra waste and downtime,” stated Larry Richenstein, co-founder and CEO of WePower Applied sciences. “WePower has engineered a technological resolution that’s now prepared for integration in thousands and thousands of IoT units.”
Advantages to Manufacturing
The longer term requires autonomously powered, maintenance-free, and everlasting wi-fi options. Harvesting power from movement for on-demand energy is a sustainable strategy to eradicate the necessity for battery energy in lots of product designs, thereby lowering the prices related to integration, recurring upkeep, wiring, and waste. On-demand power additionally means much less downtime and fewer manpower wanted to manually change batteries throughout complicated infrastructures. WePower helps producers rethink how sensors each within the IoT and IIoT are designed for environmentally inexperienced, maintenance-free, ultra-reliable operation.
Anticipated functions embrace distant on/off management of units and gear, wi-fi door sensors, industrial on/off switches, and distant triggering controls. The core G100 power harvester mechanism additionally lends to straightforward design and integration into customized options and functions.
Case Use Instance
Wi-fi distant controls are utilized in industrial and automation functions to manage such units as pumps, valves, lighting, cranes, and motors. Think about an industrial software operated by a wi-fi distant management.
On this instance, this distant swap homes a cell battery and transmitter to ship the sign to remotely activate an industrial water pump positioned roughly 1 km away. With every day use in an industrial setting, the life expectancy of this battery is beneath 3 years.
Utilizing the G100 to switch the present design, the machine will now not want a battery, and as an alternative, harvests kinetic power from the push button movement to supply an ultra-reliable, maintenance-free resolution.
In a alternative design, the G100 will harvest power from the 70 ozf actuation pressure to supply upwards of three millijoules of power relying on the applying load profile.
For extra detailed info and a reference design of the G100 go to wepowertechnologies.com.
About WePower
WePower Applied sciences LLC. develops power harvesting options for wi-fi knowledge transmitter functions in industrial, automotive, sensible residence, sensible workplace, sensible metropolis, and aerospace markets. WePower proprietary Gemns™ Vitality Harvesting Mills use electromagnetic induction to seize kinetic power and convert it into electrical energy at a voltage degree far larger than current EHGs, eliminating the necessity for wasteful batteries and enhancing each the vary and sign energy of RF transmissions. Be taught extra at wepowertechnologies.com.
Press Contact:
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