Integration into a real-time platform of distributed generation

Currently, in the Ecuadorian electricity market, it has not been possible to verify the existence of an increase in distributed generation, since there is no information to prove it, the Electricity Regulatory and Control Agency of the country, approved regulation 003 / 2018, which addresses and encourages the incorporation of distributed generation, with which an increase in distributed electricity generation can be presented. Having old and non-repowered radio distribution networks, causes inconvenience if there is a massive insertion of distributed generation. Therefore, these electrical networks must be monitored and simulated in real time, in order to verify the capacity that can support the insertion of this generation, the use of Smart Grids are in full development and facilitate the study of these new technologies. From the literature review on related topics, it has been verified that there are hardware and software modeling, which perform real-time simulation for distribution networks, this paper proposes to simulate and monitor in real time the insertion of distributed generation in the network of distribution, using the Matlab-Simulink environment, which will be integrated with RT-LAB. Which are simulation platforms, which allow to integrate models based on software and hardware.