Authors : Mohammad Reza Ghodsi, Abbas Shiri
DOI : 10.5281/ZENODO.5606408
Volume : 0
Issue : 0
Year : 2016
Page No : 0
In today's highly competitive electricity market, losing any moment of time or disconnecting will cause a great deal of material damage to companies. Power outages are usually one of the causes of this interruption, which is caused by various reasons such as reduced supply by the supplier during busy hours, harsh weather conditions or damage to local and national facilities. Limited fossil fuels and the growing need for renewable energy on the one hand, and having a reliable emergency power system on the other, further demonstrate the need for systems that can simultaneously meet these two goals. Therefore, in this paper, the possibility of combining solar energy and uninterrupted emergency power systems (UPS) in improving the quality of the network using electronic power converters by simulation in Matlab software has been investigated. By connecting these two systems, the continuous and permanent use of electric charge in the power systems section of solar energy will be met. The flow response of different sections, including converters, batteries, solar panels and loads in idle, with and without solar panels, etc., were extracted and analyzed as system responses.The results clearly show that the combination of solar energy with UPS systems is possible to improve the quality of the network and provides the necessary technical studies to build a model system to assess the impact of solar energy on key parameters of the UPS system.