Fig. 11 shows the three phase voltage profiles at the end of the feeder with (solid lines) and without (dotted lines) the effect of storage. The charging rate was selected such that the storage can absorb surplus power from PV for nearly the entire period of overvoltage. Similarly, the discharging rate and interval was set such that the evening peak load can be reduced in the period of maximum peak when the support is most essential. Fig. 12 shows the corresponding power levels in three phases; it is observed that with storage, less amount of power is being injected into the feeder during noon, and less amount of power is being imported from the feeder in the evening.