Smart Grid Communication Protocol Test Automation along with Protection Test Automation

Proposta de automação e controle da contagem de objetos e identificação de falhas em esteira transportadora

“…Com rápida evolução e adoção de novas tecnologias, a automação desempenha um papel importante para acompanhar um mercado competitivo e atender a sua demanda. A principal vantagem da automação é que ela acelera o processo de teste com maior precisão e menor erro humano (NAIK et al, 2019). Além disso, é uma das áreas mais importantes para a evolução de uma economia moderna e a transição da indústria para um caminho de inovação, que envolve o desenvolvimento e a implementação de novas tecnologias e meios técnicos (SAGDATULLIN, 2019), e que de maneira geral está relacionado com a microeletrônica.…”

Development of an Automated Distribution Grid With the Application of New Technologies

“…Another very interesting alternative is to carry out simulations of the electricity distribution grid, which is a very important activity, especially in some areas within a utility, such as, e.g, the processes of: operation, planning, projects and others [4], [5]. These points, mentioned above, emphasize the importance of innovation in automation in electricity distribution grids today, for the purpose of taking better advantage of the investments made in the development of new equipment and technologies [1], [2], [6].…”

“…A protection system of the electric power distribution grid is considered well configured, when it, in failure situations, performs the isolation of the section of the electric power distribution grid only on the components that are defective, optimizing for the smallest number of unattended consumers and keeping the rest of the electricity distribution grid stable and with energy supply [6], [7]. There can be many reasons for failures in the electricity distribution grid, from adverse weather conditions and collisions of vehicles on distribution poles, even failure in the electricity distribution grid equipment due to overload or operation outside the nominal levels of voltage and frequency [6]. One of the ways to avoid these events is by monitoring the electrical quantities of the electricity distribution grid, in order to help protect and preserve the functioning of assets in the electricity distribution grid [6], [11], [12].…”

“…There can be many reasons for failures in the electricity distribution grid, from adverse weather conditions and collisions of vehicles on distribution poles, even failure in the electricity distribution grid equipment due to overload or operation outside the nominal levels of voltage and frequency [6]. One of the ways to avoid these events is by monitoring the electrical quantities of the electricity distribution grid, in order to help protect and preserve the functioning of assets in the electricity distribution grid [6], [11], [12]. The monitoring and control of substations and their distribution transformers is also very important, in addition to helping reduce occurrences and duration of failures, it is an essential activity for studies and future predictive analysis, through the large number of data generated by the digitalized substations [2], [11].…”