Disruptive Technology Facilitating
Far-Field Wireless Power Reception
A Case that can Charge Your Battery in 2 Minutes
Provides Energy Storage
Power for 2 days
Extends Your Battery Life by 20%
Greater Safety And Increased Protection
Graphene is a potent conductor of electrical energy. So, it can charge quickly, while also providing you longer battery endurance as compared to lithium-ion batteries.
Graphene has a higher energy density compared to lithium-ion batteries. So, you can have a higher capacity graphene battery pack in comparison to the same size of a lithium-ion battery.
Graphene facilitates better heat dissipation as well. It can reduce the battery’s operating temperature by up to 5 degrees, so your phone won’t heat up while charging.
Graphene batteries are a lot safer than lithium-ion batteries since the material is more flexible and stronger. This means future battery it takes up less space and is more lightweight.
AI Deep Neural Network (DNN) algorithms and wireless charging protocol within a "smart contract" model.
Advanced energy power pack enclosure chemistry incorporates two-dimensional graphene materials enabling to operate at high voltages and allowing radio frequency energy harvesting.
Specialized graphene trace sourcing application to insure best quality material for the specific application.
Global RF “Wireless Power Network” infrastructure which includes the Low Earth Orbiting Satellites (LEO), 4G, 5G and 6G Cell Towers, Wi-Fi routers and Bluetooth.
Freedom to Operate
Universal Transceiver for Facilitating Far-Field Wireless Power Reception and Transfer
Unique Low Earth Orbiting Satellite Network Application
A Blockchain Based Mobile Application With A Variety of Commercial Uses.