Abstract: Disclosed are various embodiments for calculating a downstream load in a power distribution network. A power distribution network may comprise smart meters capable of communicating readings describing power consumed by a customer to a monitoring computing device. A downstream load may be determined by the monitoring computing device for a point in the power distribution network using an average power determined for devices downstream from the point in the power distribution network. The average power for the devices downstream may be determined utilizing the readings received from the smart meters.

Abstract: Various methods and systems are directed to a mislinked meter system that identifies utility meters mislinked to a distribution transformer in a data store. Utility meters reporting voltages that vary more than other meters linked to the same distribution transformer in the data store may be physically linked to a different distribution transformer. To compare meter voltages, the mislinked meter system generates normal meter errors for the utility meters and a normal transformer error for some or all of the utility meters linked to the same distribution transformer. The normal meter error and transformer error represent the amount the voltages of a utility meter varies from the voltages of the other utility meters associated with the distribution transformer. The more the meter errors vary when compared to the transformer error, the more likely a utility meter is mislinked to the wrong distribution transformer in the data store.