With the announcement of the introduction of a new tariff system for the supply of electricity to consumers, the state aims to encourage all consumers to actively participate in ensuring the stability of energy supply flows. This thesis aims to highlight the theoretical background of the impacts of integrating electricity production and consumption devices on the stability and security of energy supply flows, as well as to implement a test-produced device for an advanced energy flow management system. Through its three operational segments, the advanced system enables data collection at the level of individual units and optimizes device management based on the conditions imposed by the new tariff system. The results of using the advanced system demonstrate the optimization of energy consumption for various users in light of the new tariff system and enable financial savings.
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