Nonlinear single-loop control of the parallel converters for a fuel cell power source used in DC grid applications
A nonlinear single-loop feedback control for interleaved converters is proposed. A less sophisticated algorithm provides a solution to achieve the preferred response. Steady state, dynamic responses, and control robustness were verified. The control scheme has the potential to be applied in fuel cell generator applications.
fuel cells single-loop feedback control interleaved converters nonlinear control