This design shows the Power Tray powering a smaller ESS (PS1600) that featured expandable solar charging. This portable ESS is ideal as spare power source for electric vehicles.
Although surface chargers have been available for some time now, this design (backed by technical renderings) was presented with less than 24 hours notice with one revolutionary discovery.
Create a remote, easy to access power vault with minimal above ground footprint. This will need to be vandal resistant and easy to access and maintain. Shown with manual lift.
Develop a complete branded merchandising program for USB chargeable household batteries. product will be marketing in retail and wholesale environments.
These older concepts introduced the ability to configure and explore ESS possibilities for introduction into households.
This radical design actually became fairly easy to produce once I studied the manufacturing process of conventional power cells then added the appropriate manufacturing finishing.
The objective was to establish a complete Lithium charging system utilizing the Brick and Tray modules to be introduced to homeowners.
OK, I had to introduce this item as a salute to my father. He resists technology, but finally got a smartphone . . . then a flip phone . . . then gave up completely, it was just too much. Love ya Pop.
A delivery drone concept that achieves multiple objectives; scalable power cell requirements, low power consumption, heavy lift, autonomous charging and navigation.
Create and verify a variety of module assemblies that can be standardized for the implementation into a wide variety of battery systems—from the smaller Tray system to Vehicle packages.
The PowerCube simply combines a variety of electronics and power cells to make a completely unique charging station.
After sizing the power modules into a standard marine battery encasement, a variety of value added enhancements were made to increase product function and capabilities.