Abstract
Objectives: To determine the criteria to follow for the implementation of a SCADA system in the design of an intelligent micro-grid. Methods/Analysis: Through this development some problems have been evidenced to maintain the control and communication in the interaction of each one of the elements that intervene in the network. For this reason it is intended to design a SCADA system for the control and communication of each one of the elements that intervene there in order to mitigate the problems evidenced. Findings: Obviously the issue concerning the optimization of energy resources to reduce the negative impact on the environment is an imperative parameter that every developed country should have and is a determining factor to ensure both the economic sustainability and the social and environmental well-being of a country. Improvements: This is how automation and control allows a network to be intelligent so that said network can optimize energy resources with quality. Keywords: Communication, Control, HMI Interface, Intelligent Networks, SCADA
Highlights
IntroductionThe implementation of the SCADA system will be discussed, proposing a guideline on how to carry out this process, since in the current network model there are clear problems in taking statistical data on their behavior, as well as problems in identifying and diagnosing real problems or problems potentials and impossibility of remote intervention if necessary
The implementation of the SCADA system will be discussed, proposing a guideline on how to carry out this process, since in the current network model there are clear problems in taking statistical data on their behavior, as well as problems in identifying and diagnosing real problems or problems potentials and impossibility of remote intervention if necessary.According to the Inter-American Development Bank, Colombia has great potential for renewable energy
The SCADA system for the intelligent network will be divided into three main subsystems, the power generation system and the control system (Figure 5)
Summary
The implementation of the SCADA system will be discussed, proposing a guideline on how to carry out this process, since in the current network model there are clear problems in taking statistical data on their behavior, as well as problems in identifying and diagnosing real problems or problems potentials and impossibility of remote intervention if necessary. According to the Inter-American Development Bank, Colombia has great potential for renewable energy. The great potential of hydroelectric power is estimated at 93 GW, with additional estimates of 25 GW for small hydroelectric plants. The wind regime in Colombia is among the best in South America, with a potential value of 21 GW. Colombia’s electricity capacity in 2009 was 13.5 GW, 67.1% was renewable energy and its national electrification rate was 95.6% for interconnected national systems and 65.2% for areas that were not interconnected
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