A method and a controller for protecting an electrical distribution system are disclosed. The electrical distribution system comprises an electrical grid being electrically coupled to an electrical branch. The electrical branch comprises a plurality of switches for connecting or disconnecting the electrical branch at respective positions on the electrical branch, wherein a load is electrically coupled to a node on the electrical branch. The method comprises: detecting a fault occurrence on the electrical branch based on a monitored voltage and/or current of the electrical branch; limiting, based on the detecting a fault occurrence, a power flow from the node to the load; adjusting, based on the detecting a fault occurrence, a voltage and/or current on the electrical branch; determining a fault location based on the adjusted voltage and/or current on the electrical branch; and disconnecting a portion of the electrical distribution system based on the determined fault location.

A method and a controller for protecting an electrical distribution system are disclosed. The electrical distribution system comprises an electrical grid being electrically coupled to an electrical branch. The electrical branch comprises a plurality of switches for connecting or disconnecting the electrical branch at respective positions on the electrical branch, wherein a load is electrically coupled to a node on the electrical branch. The method comprises: detecting a fault occurrence on the electrical branch based on a monitored voltage and/or current of the electrical branch; limiting, based on the detecting a fault occurrence, a power flow from the node to the load; adjusting, based on the detecting a fault occurrence, a voltage and/or current on the electrical branch; determining a fault location based on the adjusted voltage and/or current on the electrical branch; and disconnecting a portion of the electrical distribution system based on the determined fault location.

A system and method for managing power analysis and power allocation in a high density computing environment. The system includes at least one edge computing device that receives power budget information from at least one high density computing workload scheduler, at least one power quality monitor that collects power quality measurements across three-phase power distribution, at least one programmable relay with at least one adjustable threshold, and at least one process controller that adjusts the at least one threshold of the at least one programmable relay based on at least one of the power budget information and the power quality measurements.