Highly Integrated Community Energy Systems (ICES) greatly but not solely dependent on
combined heat and power (CHP) sources are a viable approach for dealing effectively with …

This chapter presents the development of the microgrid concept as a solution to overcome
some of the negative impacts of massive microgeneration deployment. The microgrid …

We propose an optimal electric energy management of a cooperative multi-microgrid
community with sequentially coordinated operations. The sequentially coordinated …

Exploiting the benefit that one can get from large scale integration of microgeneration (μG)
requires the adoption of different control strategies at different distribution network levels. In …

The economic power-dispatching model of a multi-microgrid is comprehensively established
in this paper, considering many factors, such as generation cost, discharge cost, power …

Integrating distributed generation resources (DGRs) in the distribution system, forming
microgrids or multi-microgrids (MMGs), has fulfilled the continuous rise in load demand over …

The microgrid technology, which can dispatch power independently, is an effective way to
increase the efficiency of energy utilization meanwhile develop and utilize the clean and …

Large scale integration of micro-generation, together with active loads and energy storage
devices, under micro-grid and multi micro-grid concepts, requires the adoption of advanced …

In the last two decades, electricity grids have faced many challenges that they were not
designed to handle. These include integrating weather-dependent renewables, distributed …

Current electrical distribution systems are facing significant challenges due to the
widespread deployment of Distributed Energy Resources (DER), particularly the integration …