On&Off-Grid Hybrid Microgrid Design and Dynamic Analysis
Umit Cetinkaya, Ramazan Bayındır
Abstract
Umit Cetinkaya, Ramazan Bayındır
Abstract
In the last years, electrical energy generation from distributed generation with small scale has increased drastically. Microgrid is among the basic components in the distributed generation systems. A hybrid microgrid including solar and diesel generator is designed for this study, which can be operated as on-grid or off-grid mode. This microgrid model provides bidirectional power flow in on-grid mode, however off-grid mode it could control voltage stability and load balancing with diesel generator and controllable loads. To show this features of microgrid, the dynamic analyses have been performed according to the different grid conditions.
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In the last years, electrical energy generation from distributed generation with small scale has increased drastically. Microgrid is among the basic components in the distributed generation systems. A hybrid microgrid including solar and diesel generator is designed for this study, which can be operated as on-grid or off-grid mode. This microgrid model provides bidirectional power flow in on-grid mode, however off-grid mode it could control voltage stability and load balancing with diesel generator and controllable loads. To show this features of microgrid, the dynamic analyses have been performed according to the different grid conditions.
Key concepts: Microgrid, Diesel generator, Grid, Distributed generation, Computer science, Mode (computer interface), Generator (circuit theory), Electricity generation