Abstract: Systems and methods for managing resource consumption. One or more servers may receive, from a facility, data produced by one or more sensors installed at the facility. The one or more servers may detect an anomaly by comparing the received data with one or more data values describing expected values for the received data and identify a deviation of the received data from the expected values. In response to detecting the anomaly, the one or more servers may calculate an expected cost savings associated with correction of the anomaly.

Abstract: Systems and methods for managing resource consumption. One or more servers may receive, from a facility, data produced by one or more sensors installed at the facility. The one or more servers may detect an anomaly by comparing the received data with one or more data values describing expected values for the received data and identify a deviation of the received data from the expected values. In response to detecting the anomaly, the one or more servers may generate an event record associated with the anomaly, the event record may comprise an expected cost savings associated with correction of the anomaly and at least one proposed measure expected to correct the anomaly. The event record may be updated to indicate said implementation of the one or more of the at least one proposed measures.

Abstract: Systems and methods for managing resource consumption. In some embodiments, a consumption management system is provided, comprising at least one storage medium storing a hierarchical data structure, and at least one processor programmed to access the hierarchical data structure. The hierarchical data structure may comprise a first level, a second level, and a third level, the third level being lower than the first level and the second level. The first level may comprise a plurality of nodes corresponding, respectively, to a plurality of locations, the plurality of nodes at the first level comprising a first node. The second level may comprise a plurality of nodes corresponding, respectively, to a plurality of load categories, the plurality of nodes at the second level comprising a second node that descends from the first node.