Smart Microgrid Virtual Simulation Experiment

Can a microgrid model be simulated?

A simple case study is presented to analyze the possibilities of simulation. It shows a microgrid model with dynamic load management and an integrated approach that can process both electrical and communication flows.

What is a smart grid model?

A first smart grid model was developed, which represents the system on the physical layer, by integrating a distributed load flow algorithm. The model was tested by running different simulations, letting interact a wind generation unit, a photovoltaic panel, a battery, two loads and a diesel generator.

What is a microgrid model?

The microgrid model aims to include most of the aspects of future smart grids: distributed generation, renewable energy sources and communication flows are represented. The model consists of the following elements: The load model includes the necessary elements to allow its management through a smart meter device.

How will smart grids affect microgrids?

The introduction of smart grids involves a change from manual operations toward an intelligent, ICT based and controlled network. These changes will especially affect the distribution grid , and in this way, microgrids. A number of models have been developed to analyze and understand the behavior of microgrids.

What is a systemic modular model for a microgrid?

We created a systemic modular model for a microgrid with a load flow calculation. The model is modular and besides the power devices includes also a communication layer. An agent-based approach allows to include intelligent strategies on every node of the system.

Can a smart grid be used as a generator and load management strategy?

First feasibility simulations were run to show the possible outcomes of generator and load management strategies. The smart grid is a highly complex system that is being formed from the traditional power grid, adding new and sophisticated communication and control devices.