Microgrids can operate independently or in synchronization with the electricity grid, ensuring the supply with local and reliable energy at all times.
A microgrid is typically composed of:
A microgrid is an energy distribution network that relies on local means of producing electricity. It is designed to operate independently or in synchronization with the national network, within a defined area. In order to enable isolated or remote areas to secure their economic activity and benefit from reliable energy, it is necessary to ensure the production and distribution of electricity. It is also an opportunity to profit from clean distributed and renewable energy.
Microgrids are most adapted to territories with insufficient or deficient power supply, for an affordable reliable and local energy. The integration of local renewable energy production and energy storage enables industrial building in isolated regions to limit the multiple outcomes of a possible network outage. They are also a perfect choice for remote rural areas. To this day there are still 646 million people in the world who live without access to electricity. Thanks to microgrids, remote regions could be supplied by hybrid systems, using solar photovoltaic systems or any other renewable energy source, storage batteries, and generators.
The use of microgrids is gradually increasing and as you can see in *link to 6 months in the PV hybrid diesel sector* the field is in constant movement Distributed energy resources allow electricity to be generated closer to where it is used, protecting businesses and institutions from unexpected power outages.