APPLICABILITY OF ORGANON IN THE OPERATION OF ELECTRICAL SYSTEMS UNDER THE INFLUENCE OF RENEWABLE ENERGY RESOURCES AND DEMAND RESPONSE

Abstract

The aim's paper is to analyze the operation behavior of the electrical and energy system under real load and energy power conditions, considering the penetration of Distributed Energy Resources (DER), through simulations using Organon. The simulations consider case studies through the implementation of supply and demand energy alternatives, considering energy and electrical security in the interconnections of the Brazilian National Interconnected System (SIN) in the Southern subsystem under real conditions of electrical restriction. The paper shows applications of the concepts of Integrated Resources Planning (IRP) and the simulations consider the penetration of renewable energy sources, solar photovoltaic and wind power, and demand response. Organon software is also presented, highlighting the functionality of generating energy security regions. The results and simulations are shown, highlighting the security regions obtained and the conclusions reached through Organon.