The Role of Power Electronic Converters in Solar Energy for Network Stability

In large and even small nationwide blackouts, other sources of high reliability should be considered. The best option in this case is to design and create a microgrid. In a network using electricity, another source can be predicted as reserved and secure, and it is assumed that the energy received by the network is completely independent, but can use the capacity of the secondary source. In fact, it needs to react more deeply to crisis management. Thinking of creating microgrids using solar energy is actually one of the reliable sources of electricity. The network can actually be powered by a variety of energy sources. The microgrid will actually work with all the energy resources that will be integrated and managed. In the event of a crisis, the solar energy supplier will be responsible for the surrounding areas up to a radius of a few kilometers. The purpose and thinking of this title is to produce energy in any place and consume it in the same place. The use of solar photovoltaic cells and the use of storage batteries or uninterruptible power supplies (UPS) create integrated management of energy resources. When electric power is not required, batteries and UPS systems will store energy. The aim of this study is that microgrids will ensure network reliability and use the optimal capacity of solar energy resources in a microgrid to provide power to an area that has no access to the global grid. By studying the environmental conditions of the region and using photovoltaic systems, in addition to providing stable electricity, the capability of the system can be increased.