Voltage conversion system including a double-sided direct current-link capacitor system

A vehicle including a voltage conversion system including a double-sided direct current (DC)-link capacitor system comprising:

• a voltage conversion circuit;
• and
• the double-sided DC-link capacitor system electrically coupled to the voltage conversion circuit, the double-sided DC-link capacitor system comprising:
• a busbar system;
• a first capacitor unit comprising a first set of capacitors disposed on a first side of the busbar system and electrically coupled to the busbar system;
• and
• a second capacitor unit comprising a second set of capacitors disposed on a second side of the busbar system and electrically coupled to the busbar system, wherein:
• the second side of the busbar system is opposite the first side of the busbar system,
• a first number of capacitors in the first set of capacitors is the same as a second number of capacitors in the second set of capacitors,
• the first set of capacitors are arranged in a c-configuration with respect to the voltage conversion circuit on the first side of the busbar system and the second set of capacitors are arranged in the c-configuration with respect to the voltage conversion circuit on the second side of the busbar system, and
• a current flow through the busbar system flows to the first capacitor unit in a first current flow direction and to the second capacitor unit in a second current flow direction, the second current flow direction being opposite the first current flow direction.

A double-sided direct current (DC)-link capacitor system comprising:

• a busbar system;
• a first capacitor unit comprising a first set of capacitors disposed on a first side of the busbar system and electrically coupled to the busbar system;
• and
• a second capacitor unit comprising a second set of capacitors, disposed on a second side of the busbar system and electrically coupled to the busbar system, wherein:
• the second side of the busbar system is opposite the first side of the busbar system,
• a first number of capacitors in the first set of capacitors is the same as a second number of capacitors in the second set of capacitors, the first set of capacitors are arranged in a c-configuration with respect to a voltage conversion circuit on the first side of the busbar system and the second set of capacitors are arranged in the c-configuration with respect to the voltage conversion circuit on the second side of the busbar system, and
• a current flow through the busbar system flows to the first capacitor unit in a first current flow direction and to the second capacitor unit in a second current flow direction, the second current flow direction being opposite the first current flow direction.