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In general, the distributed generation (DG) inverters can operate in parallel in islanded microgrids through droop characteristic based control technique. This control technique is suitable for long distance DG inverters to achieve proper power sharing while ensuring good voltage regulation. On the other hand, the traditional droop control shows some disadvantages, such as the requirement for multi-loop...
In recent, microgrids have been considered as an economic and efficient way to integrate distributed renewable resources on the community level. However, the current and power sharing between each distributed generations, especially under heavy power demands and casualty conditions, is still an important issue. This paper presents a model predictive control approach for parallel-connected inverter-based...
Microgrids appear as a key-solution to manage smart grids with high penetration of renewable energy generation and non-linear and unbalanced loads. Their flexibility allows the energy exchange with the utility network in grid-connected mode or the transition to an islanded operation mode from the main grid in case of disturbances or faults. While in grid-connected mode the main grid imposes the frequency...
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