A system for mitigating voltage droop in a direct current circuit configured to power multiple capacitive loads (140-1,140-2), the system comprising: a voltage source configured to output a direct current voltage to power the multiple capacitive loads, wherein the multiple capacitive loads comprise a first capacitive load and a second capacitive load; a first output electrically coupled with the voltage source such that the first output, when electrically coupled with the first capacitive load, provides a first voltage to the first capacitive load; a second output electrically coupled with the voltage source such that the second output, when electrically coupled with the second capacitive load, provides a second voltage to the second capacitive load; and, a transformer module, comprising an impedance, electrically coupled with the voltage source, the first output and the second output, wherein the first output is electrically connected with a first winding of the transformer module and the second output is electrically connected with a second winding of the transformer module, and the transformer module is arranged such that current from the voltage source flows in opposite directions through the first winding and the second winding of the transformer module; and characterized in that, when the first capacitive load is electrically coupled with the first output, the transformer module is configured to mitigate droop of the first voltage to the first output upon the second capacitive load being connected to the second output and receiving inrush current by magnetic flux induced in the transformer module by the inrush current flowing in the second winding causing additional voltage to be provided by the first winding to the first output. a voltage source configured to output a direct current voltage to power the multiple capacitive loads, wherein the multiple capacitive loads comprise a first capacitive load and a second capacitive load; a first output electrically coupled with the voltage source such that the first output, when electrically coupled with the first capacitive load, provides a first voltage to the first capacitive load; a second output electrically coupled with the voltage source such that the second output, when electrically coupled with the second capacitive load, provides a second voltage to the second capacitive load; and, a transformer module, comprising an impedance, electrically coupled with the voltage source, the first output and the second output, wherein the first output is electrically connected with a first winding of the transformer module and the second output is electrically connected with a second winding of the transformer module, and the transformer module is arranged such that current from the voltage source flows in opposite directions through the first winding and the second winding of the transformer module; and characterized in that, when the first capacitive load is electrically coupled with the first output, the transformer module is configured to mitigate droop of the first voltage to the first output upon the second capacitive load being connected to the second output and receiving inrush current by magnetic flux induced in the transformer module by the inrush current flowing in the second winding causing additional voltage to be provided by the first winding to the first output.