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A power electronic smart load controller for nanogrids and autonomous power systems

This article presents a new power electronic smart load controller which enables improved usage of the energy provided by the distributed generators (DG) present in comprehensive nanogrids. A typical nanogrid configuration is considered and analyzed. The analysis shows that significant part of the energy generated in the present nanogrids is lost due to limited or absent distribution networks and/or storage capacities. A smart power electronic converter for flexible loads control is presented as a promising solution for better utilization of the generated photovoltaic energy. A simulation of the proposed device is realized. The results witness very good adequacy and high potential for implementation in existing micro and nanogrids with solar and other renewable generation.