No abstract

No abstract

No abstract

No abstract

A balancing algorithm was developed to redirect inverter power output between phases to make the energy flow between the utility grid and a three-phase prosumer as symmetrical as possible. Current state-of-the art inverter technology is symmetrical output. Our research proposes a concept with asymmetrical inverter output. The analysis in the current research focuses on the prosumer side and the system boundary is set to the smart meter. Data from a solar station and a three-phase residential consumer was used to prove the concept. It was demonstrated that such algorithm can decrease grid sales and purchases up to 18%. The aim of the study is to develop a possible solution to reduce the electrical energy exchanged with the power grid. The analysis shows, that asymmetrical solar inverter output can cover more consumption directly and reduce the daytime power need from the power grid up to 10%.