A system, comprising: an analyzer component that is configured to perform an analysis of information relating to power conditions associated with multi-phase power being distributed to one or more consumer consumption nodes, CCNs, to facilitate dynamic identification of at least an imbalance in the multi-phase power in response to occurrence of at least the imbalance, wherein the one or more CCNs are located in a portion of a tier in a multi-tier electrical distribution network (200; 300), EDN, lower than at least one other tier of the multi-tier EDN; and a first power control component (218; 308) that is configured to dynamically control distribution of the multi-phase power in the portion of the tier via at least one junction node based at least in part on the analysis of at least a subset of the information relating to the portion of the tier, in accordance with at least one predefined control criterion, to at least control an amount of imbalance in the multi-phase power in the portion of the tier, characterized in that the multi-tier EDN comprises three tiers including the tier, a middle tier higher than the tier, and a top tier higher than the middle tier, wherein the tier comprises the first power control component associated with a first power distribution node, the middle tier comprises a second power control component and a second power distribution node that are respectively configured to interface with each other, and the top tier comprises a third power control component and a third power distribution node that are respectively configured to interface with each other, wherein the first power control component is further configured to control at least the amount of imbalance in the multi-phase power in the portion of the tier to minimize utilizing at least one of the second power control component in the middle tier or the third power control component in the top tier to control the amount of imbalance in the multi-phase power in the portion of the tier, and wherein the second power control component is further configured to control at least a second amount of imbalance in the multi-phase power in a portion of the middle tier controlled by the second power control component to minimize utilizing the third power control component in the top tier to control the second amount of imbalance in the multi-phase power in the portion of the middle tier. an analyzer component that is configured to perform an analysis of information relating to power conditions associated with multi-phase power being distributed to one or more consumer consumption nodes, CCNs, to facilitate dynamic identification of at least an imbalance in the multi-phase power in response to occurrence of at least the imbalance, wherein the one or more CCNs are located in a portion of a tier in a multi-tier electrical distribution network (200; 300), EDN, lower than at least one other tier of the multi-tier EDN; and a first power control component (218; 308) that is configured to dynamically control distribution of the multi-phase power in the portion of the tier via at least one junction node based at least in part on the analysis of at least a subset of the information relating to the portion of the tier, in accordance with at least one predefined control criterion, to at least control an amount of imbalance in the multi-phase power in the portion of the tier, characterized in that the multi-tier EDN comprises three tiers including the tier, a middle tier higher than the tier, and a top tier higher than the middle tier, wherein the tier comprises the first power control component associated with a first power distribution node, the middle tier comprises a second power control component and a second power distribution node that are respectively configured to interface with each other, and the top tier comprises a third power control component and a third power distribution node that are respectively configured to interface with each other, wherein the first power control component is further configured to control at least the amount of imbalance in the multi-phase power in the portion of the tier to minimize utilizing at least one of the second power control component in the middle tier or the third power control component in the top tier to control the amount of imbalance in the multi-phase power in the portion of the tier, and wherein the second power control component is further configured to control at least a second amount of imbalance in the multi-phase power in a portion of the middle tier controlled by the second power control component to minimize utilizing the third power control component in the top tier to control the second amount of imbalance in the multi-phase power in the portion of the middle tier.