Design considerations for a distributed power system

Aspects of integrating subsystems to form a high-performance distributed power system are addressed. Both intermediate bus and system input filters are designed for a two-stage conversion topology to minimize bus interaction and degradation of loop-gains. The effect of a nonideal source on system performance is determined. It is shown that the impedances at the interface bus provide all of the necessary information to determine the location of the integrated system eigenvalues. The system eigenvalues can be determined graphically using the impedance comparison technique. The technique is particularly useful for large-scale systems where analytical equations ar not available.<>