Why is microgrid a key component of smart grid?

Microgrid (MG) has been increasingly recognized as a fundamental component of smart grid because of its capabilities to accommodate high share of distributed energy resources (DERs) .

Can a joint strategy reduce microgrid investment cost compared to Homer pro?

Finally, the joint strategy proposed in this paper leads to a reduction in microgrid investment cost, improvement in voltage magnitude profile, and reduction in active power losses when compared to the default dispatch strategies of HOMER Pro. Discover the latest articles, news and stories from top researchers in related subjects.

Why is Res a good choice for a grid-connected microgrid?

The integration of RESs to the main grid gives the electrical grid more reliability and flexibility. In addition, it helps to reduce the total cost. The grid-connected microgrid works with the utility grid as well as it can work separately isolated from the grid.

How does a grid connected microgrid work?

The grid-connected microgrid works with the utility grid as well as it can work separately isolated from the grid. It works to provide the surplus to the utility grid in the event of increased production and uses the grid for feeding when needed.

What is mixed coupled microgrid?

The mixed coupled microgrid attracts more interest than other configurations because it has the advantages of AC and DC configurations where two microgrids are integrated together in the same distribution grid, which leads to more effective and direct integration of both AC and DC loads.

What is the purpose of a microgrid?

The purpose of a microgrid is to locally coordinate different distributed energy resources (DERs) (i.e., RESs, battery energy storage systems (BESSs), nonrenewable energy sources, etc.) to supply a local demand with well-defined energy requirements while being able to transition between grid-connected and islanded modes (Ton & Smith, 2012).