This document discusses using a Loop Power Controller (LPC) and fuel cell system to improve load balancing and reduce power losses in a distribution system. It first provides background on fuel cells and how they can provide continuous power generation. It then discusses how an LPC works by adjusting voltage ratio and phase shift to control real and reactive power flow between two distribution feeders. The document presents a case study where an LPC is used to balance the loads between two feeders that also have intermittent power injection from a fuel cell system. Simulation results show the LPC is able to improve load balancing and reduce overall power losses in the distribution system compared to using only fuel cell generation.