This talk will describe new circuit architectures and control methods that our research group developed for the Google and IEEE One Million Dollar Little Box Challenge an international power electronics design competition with the goal to demonstrate the highest power density 2 kW 400 VDC to 240 VAC inverter. I will provide background information on some of the key technical challenges associated with twice line frequency buffering waveform quality and EMI compliance. Following this, I will provide an overview of our recently developed series stacked buffer converter to provide ultra efficient active filtering along with a 7 level GaN based flying capacitor multilevel inverter that enables extreme miniaturization of passive components. Experimental measurements from an FCC Class B EMI compliant 97.6 percent efficient power inverter with a power density of 216 w in 3 will be presented along with a discussion on lessons learned from this design competition.
Tackling the Little Box Challenge: New circuit architectures to achieve a 216 W in 3 power density 2 kW inverter Slides
Posted: 25 May 2016
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Power Electronics-Enabled Autonomous Power Systems - Synchronized and Democratized (SYNDEM) Smart Grids Video
Power Electronics-Enabled Autonomous Power Systems - Synchronized and Democratized (SYNDEM) Smart Grids Slides