摘要:
A power converter system includes an inverter (110) including a first bridge (210) and a second bridge (212), wherein each of the first bridge and the second bridge includes at least one switch (202). The power converter system also includes an inductor (226) including a first winding (228) coupled to an output of the first bridge and a second winding (230) coupled to an output of the second bridge.
摘要:
Systems 100 and methods 400 for supplying power to a battery heater 310 in one or more battery modules 110. A first DC electrical signal derived from an AC source 140 or a second DC electrical signal derived from a DC bus 150 is used to power a battery heater 310 of one or more battery modules 110 in dependence on a voltage level associated with the first DC electrical signal relative to a voltage level of the second DC electrical signal.
摘要:
Systems (100) and method (700) of the invention relate to circuitry (106, 108, 112, 114, 118, 120) that isolates low power circuitry of a battery management system (101). One or more circuits (106, 108, 112, 114, 118, 120) can be utilized with a battery management system (101) to provide isolation of isolates low power circuitry of a battery management system (101) from at least one of a high voltage, noise interference from a battery module (102), noise interference from a high voltage, sensor signals, control signals, among others. The circuitry (106, 108, 112, 114, 118, 120) further provides high voltage from a grid to be stepped-down to a voltage level usable by circuitry, port(s), and/or a processor (116).
摘要:
Systems 100 and methods 400 for supplying power to a battery heater 310 in one or more battery modules 110. A first DC electrical signal derived from an AC source 140 or a second DC electrical signal derived from a DC bus 150 is used to power a battery heater 310 of one or more battery modules 110 in dependence on a voltage level associated with the first DC electrical signal relative to a voltage level of the second DC electrical signal.
摘要:
A power converter (104) includes a plurality of direct current (DC) conduits (132/133) and a precharging and clamping circuit coupled to the DC conduits. The precharging and clamping circuit includes at least one diode (228/230/232/234/236/238), at least one switching device (212/214/216/218/220/222/ 224/226) coupled in parallel with the diode, and at least one contactor device (208/209/405/407/409) coupled to an alternating current (AC) source (106) and the diode. The at least one contactor device is configured to facilitate alternating said precharging and clamping circuit between precharging operation and voltage clamping operation.
摘要:
A power converter system includes an inverter (110) including a first bridge (210) and a second bridge (212), wherein each of the first bridge and the second bridge includes at least one switch (202). The power converter system also includes an inductor (226) including a first winding (228) coupled to an output of the first bridge and a second winding (230) coupled to an output of the second bridge.
摘要:
In one aspect, a method of converting power is described. One embodiment of the method comprises receiving direct current (DC) power; channeling the DC power through an inverter 110 including a first bridge 210 and a second bridge 212, wherein each of the first bridge and the second bridge includes at least one switch 202; controlling the at least one switch 202 of the first bridge 210 and the at least one switch of the second bridge 212 to convert the DC power to alternating current (AC) power; and, channeling the AC power through an inductor 226 that includes a first winding and a second winding, wherein the first winding is coupled to an output of the first bridge and the second winding is coupled to an output of the second bridge and wherein the inductor 226 is configured to have a first magnetic path for common mode inductance and a second magnetic path for differential mode inductance.