Faraday Future Earns First U.S. Patent for Compact but Powerful Inverter

Posted by Lauren Tyler on March 02, 2016 1 Comment
Categories : FYI

Electric automaker Faraday Future (FF) has earned its first U.S. patent (#9,241,428 B1) for a potent power inverter it has dubbed the “FF Echelon Inverter.”

Led by Silva Hiti, senior director of electric drive, FF engineers sought to reduce the mechanical complexity of their inverter while meeting ambitious performance requirements.

Instead of trying to put together a functioning inverter from off-the-shelf parts, FF engineers instead pursued an entirely original inverter architecture – one that offered a simpler, more straightforward design.

“Condensing the number of transistors and other complex components enhances the inverter’s overall stability and dependability, allowing us to accomplish far more with fewer materials,” says Hiti.

Concentrating the FF Echelon Inverter’s design to its core elements makes it far easier to monitor and ensure against these intricate issues, according to FF, resulting in a safer, more dependable machine.

FF says that production of its Echelon Inverter will be less demanding, as well – both in the complexity of the process and its environmental impact. Its overall package will also be more compact, allowing for expanded interior cabin space and a more comfortable passenger experience.

The FF Echelon Inverter’s unique design supports a high degree of what’s known as power density – meaning that it can transform energy more efficiently while encompassing less space.

According to FF, the Echelon Inverter achieves 20%-30% greater power density than competitors’ applications, allowing it to transform that many more watts for every gram of its weight.

The FF Echelon Inverter was conscientiously engineered to manage power levels well beyond the known limits of electric vehicles today and offer industry-leading performance in the years to come.

FF says that over the last year, it has submitted over 100 new patents to the U.S. patent office.

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