At 406, the AVM controller may determine whether the voltage of the power transmission at the RRU is within a predetermined voltage range. The predetermined voltage range may be set by an operator of the AVM controller or telecommunications network, and further correspond to a voltage range required to maintain a QoS in voice and data communications via the RF antennas.

At 408, the AVM controller may determine that the voltage of the power transmission at the RRU is less than the predetermined voltage range. In doing so, the AVM controller may use voltage compensation tables to determine a voltage-boost that increases the voltage of the power transmission at the RRU to a voltage amount that is within the predetermined voltage range.

At 410, the AVM controller may generate and deploy a voltage modification control signal to a potential transformer that causes the potential transformer to step-up a voltage of the power transmission at the potential transformer to a voltage amount that is within the predetermined voltage range.

FIG. 5 illustrates an AVM controller process for generating an analysis model to preemptively infer power interruption events that impact QoS parameters associated with signal data (i.e. voice and data communications) transmitted by the RF antennas. The power interruptions may include a power disruption or a power surge, albeit due to network congestion, base-station hardware or base-station software failure.