Power converter
A power inverter comprises a plurality of high power switching modules that form an alternating current (AC) output; a plurality of terminals in communication with the high power switching modules for outputting the AC output; a capacitor bank that provides a conditioned voltage to the high power switching modules for producing the AC output in response to receiving and storing electrical energy related to a direct current (DC) supply; and a case positioned over the high power switching modules. The capacitor bank is mounted to the case, and the capacitor bank is positioned over the high power switching modules so that the high power switching terminals are proximal the capacitor bank for reducing inductance. A gate driver module at a top region of the high power switching modules includes a plurality of planar transformers for reducing a distance between the capacitor bank and the gate driver.
1. A power inverter, comprising:
a plurality of high power switching modules that form an alternating current (AC) output;
a plurality of terminals in communication with the high power switching modules for outputting the AC output;
a capacitor bank that provides a conditioned voltage to the high power switching modules for producing the AC output in response to receiving and storing electrical energy related to a direct current (DC) supply, the capacitor bank constructed and arranged to extend along a first plane;
a case positioned over the high power switching modules, wherein the capacitor bank is mounted to the case, and the capacitor bank is positioned over the high power switching modules so that the high power switching terminals are proximal the capacitor bank and extend from a side of the case; and
a gate driver module at a top region of the high power switching modules between the high power switching modules and the capacitor bank and extending along a second plane parallel the first plane, the gate driver module including a plurality of planar transformers along the second plane for reducing a distance between the first plane of the capacitor bank and the second plane of the gate driver module.
2. The power inverter of claim 1 , wherein the high power switching modules include insulated gate bipolar transistor (IGBT) modules.
3. The power inverter of claim 1 , wherein the IGBT modules are coupled to the gate driver module.
4. The power inverter of claim 1 , wherein the gate driver module comprises a control connector that exchanges signals between the gate driver module and a controller.
5. The power inverter of claim 1 , further comprising a DC bus bar, wherein the high power switching modules are on a first side of the DC bus bar and the capacitor bank is on the other side of the DC bus bar.
6. The power inverter of claim 1 , further comprising a plurality of terminal blocks coupled to the case, wherein a combination of the AC output terminals in communication with the high power switching modules and DC output terminals in communication with the capacitor bank are positioned in the terminal blocks.
7. The power inverter of claim 1 , further comprising a region between the capacitor bank and the high power switching modules where inductance is reduced.