A bidirectional low voltage power supply 'LVPS', comprising: a first discrete converter for providing power from a power source to a load, the first discrete converter having a first power stage for providing power conversion to deliver an output power form, and first control electronics, including a first error amplifier, for controlling the first power stage of the first discrete converter to regulate the voltage at the output of the first discrete converter to a first predetermined output voltage; and a second discrete converter for selectively recycling power from the output of the first discrete converter back to the power source, the second discrete converter having a second power stage for providing power conversion to recycle the output power, and second control electronics, including a second error amplifier, for controlling the second power stage of the second discrete converter to regulate a voltage at an input of the second discrete converter to a second predetermined output voltage; wherein the second discrete converter is coupled in parallel to the first discrete converter in an opposite orientation; wherein the voltage at the output of the first discrete converter and the voltage at the input of the second discrete converter are the same voltage; and wherein, the first error amplifier of the first control electronics is configured to, when the first error amplifier detects that the voltage at the output of the first discrete converter exceeds the first predetermined output voltage, drop a first output voltage of the first error amplifier, and the first error amplifier is configured to, when the voltage at the output of the first discrete converter remains higher than the first predetermined output voltage, drop the first output voltage further, and set a duty cycle of the first discrete converter to zero to disable the first converter; and wherein, the second error amplifier of the second control electronics is configured to, when the second error amplifier detects that the voltage at the input of the second discrete converter exceeds the second predetermined output voltage, increase a second output voltage of the second error amplifier, enabling the second discrete converter to recycle power back to the power source. a first discrete converter for providing power from a power source to a load, the first discrete converter having a first power stage for providing power conversion to deliver an output power form, and first control electronics, including a first error amplifier, for controlling the first power stage of the first discrete converter to regulate the voltage at the output of the first discrete converter to a first predetermined output voltage; and a second discrete converter for selectively recycling power from the output of the first discrete converter back to the power source, the second discrete converter having a second power stage for providing power conversion to recycle the output power, and second control electronics, including a second error amplifier, for controlling the second power stage of the second discrete converter to regulate a voltage at an input of the second discrete converter to a second predetermined output voltage; wherein the second discrete converter is coupled in parallel to the first discrete converter in an opposite orientation; wherein the voltage at the output of the first discrete converter and the voltage at the input of the second discrete converter are the same voltage; and wherein, the first error amplifier of the first control electronics is configured to, when the first error amplifier detects that the voltage at the output of the first discrete converter exceeds the first predetermined output voltage, drop a first output voltage of the first error amplifier, and the first error amplifier is configured to, when the voltage at the output of the first discrete converter remains higher than the first predetermined output voltage, drop the first output voltage further, and set a duty cycle of the first discrete converter to zero to disable the first converter; and wherein, the second error amplifier of the second control electronics is configured to, when the second error amplifier detects that the voltage at the input of the second discrete converter exceeds the second predetermined output voltage, increase a second output voltage of the second error amplifier, enabling the second discrete converter to recycle power back to the power source.