Method and system for feedback-based load control of a climate control system in transport

A feedback-based load control system for a climate control system in transport, the feedback-based load control system comprising:

• a plurality of DC components for operating the climate control system;
• a DC power source supplying power to the plurality of DC components;
• and
• a controller that:
• monitors a current demand from each of the plurality of DC components,
• determines whether the current demand for the two or more of the plurality of DC components is in a discontinuous DC format, and
• when two or more of the plurality of DC components is in the discontinuous DC format determines a synchronization pattern for supplying power to the two or more of the plurality of DC components, instructs the DC power source to supply power to the two or more of the plurality of DC components based on the synchronization pattern,
• wherein the DC power source directs power to the two or more of the plurality of DC components in the discontinuous DC format based on the synchronization pattern.

A refrigerated transport unit comprising:

• a transport unit;
• and
• a transport refrigeration system for providing climate control within the transport unit, the transport refrigeration system including a compressor, a condenser, an evaporator, a plurality of DC components for operating the transport refrigeration system, and a feedback-based load control system,
• wherein the feedback-based load control system includes:
• a DC power source supplying power to the plurality of DC components, and a controller that:
• monitors a current demand from each of the plurality of DC components,
• determines whether the current demand for the two or more of the plurality of DC components is in a discontinuous DC format, and
• when two or more of the plurality of DC components is in the discontinuous DC format determines a synchronization pattern for supplying power to the two or more of the plurality of DC components, instructs the DC power source to supply power to the two or more of the plurality of DC components based on the synchronization pattern, and
• wherein the DC power source directs power to the two or more of the plurality of DC components in the discontinuous DC format based on the synchronization pattern.