Power generation system and associated method

A system, comprising:

• a first power generating vehicle comprising a first set of power converters;
• a second power generating vehicle electrically coupled with the first power generating vehicle via a power bus, the second power generating vehicle comprising a second set of power converters;
• and
• one or more processors configured to detect a fault condition of at least one power converter of the first set of power converters, the one or more processors configured to control a load current conducted through the power bus via the first set of power converters responsive to detecting the fault condition,
• the one or more processors configured to receive electrical signals indicative of the load current conducted through the power bus, the one or more processors configured to alter one or more droop characteristics corresponding to the second set of power converters based at least in part on the electrical signals, wherein the one or more droop characteristics are altered so that a total electrical power demand of a load is met uninterrupted.

A power generation system, comprising:

• a first power generating vehicle electrically coupled to a load via a power bus, the first power generating vehicle comprising:
• a first set of power converters configured to receive direct current output from a first power source;
• and
• a first controller configured to detect a fault condition corresponding to at least one power converter of the first set of power converters, the first controller configured to control a load current conducted through the power bus via the first set of power converters based on the detection of the fault condition,
• a second power generating vehicle electrically coupled with the first power generating vehicle via the power bus, the second power generating vehicle comprising:
• a second set of power converters configured to receive second direct current from a second power source;
• and
• a second controller configured a receive electrical signals indicative of the load current conducted through the power bus, the second controller configured to alter one or more droop characteristics corresponding to the second set of power converters based at least in part on the electrical signals, wherein the one or more droop characteristics are altered so that a total electrical power demand of a load is met uninterrupted.