Departamento de Ensino Superior
URI permanente desta comunidadehttps://ri.ifam.edu.br/handle/4321/956
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4 resultados
Resultados da Pesquisa
Item Sistema automatizado para cultivo de plantas baseado internet das coisas(2023-09-01) Palheto Neto, Pedro Ivan Das Graças; Palheta, Pedro Ivan Das Graças; http://lattes.cnpq.br/1581213571653545; Neves, Cleonor Crescencio das; http://lattes.cnpq.br/2176855362313017; Palheta Neto, Pedro Ivan Das Graças; http://lattes.cnpq.br/1581213571653545; Neves, Cleonor Crescêncio das; http://lattes.cnpq.br/2176855362313017; Queiroz Neto, José Pínheiro de; http://lattes.cnpq.br/8055796489225138; Martiniano, Alexandre Lopes; http://lattes.cnpq.br/2232239320901259This work consists of developing an indoor greenhouse for growing plants through an automated system using the principle of the internet of things. Using the control of temperature variables, air and soil humidity and luminosity, using sensing connected to the ESP32 platform. The user is given control and access to the status of the greenhouse, providing an environment for quality cultivation and easy construction.Item Desenvolvimento de um sistema para monitoramento e controle do consumo de energia elétrica em ambiente residencial(2022-10-11) Máximo, Hugo de Oliveira; Ramos, Juan Gabriel de Albuquerque; Ramos, Juan Gabriel de Albuquerque; Carvalho, Carlos Ronaldo Cardoso de; Silva, Gilberto AndradeThis work consists of the study of an automated control and monitoring system to ensure the monitoring of electrical quantities. The system uses information from current and voltage sensors. The system interface allows the visualization of consumption data. After analyzes carried out using the prototype, satisfactory results were found for monitoring electrical quantities.Item Monitoramento das instalações de ar condicionado no interior das salas de aula do IFAM(2021-07-16) Penha, Elton Silveira da; Frota, Vitor Bremgartner da; Frota, Vitor Bremgartner da; Alves, Fernanda da Silva; Silva, Nivaldo Rodrigues eMonitoring air conditioning equipment is an important factor in several types of institutions, since it is necessary to acclimatize spaces with little noise and without risk of contamination. Based on this context, this work aimed to analyze the air conditioning installations inside the IFAM classrooms, then proposing a maintenance plan. The basic purpose of this monitoring is to monitor the performance of the devices through measurements of temperature, humidity and noise and identify those devices that present failures or difficulties in operation, thus allowing a more effective maintenance intervention. Based on the data collected, it can be identified that the analyzed air conditioners have an inadequate operation, since the room temperatures are above the determined in the device. In addition, the noise level is above that specified by NBR 10152, affecting not only the hearing of students and teachers, but also harming the class. Humidity values are also inadequate, indicating that the devices need a maintenance plan. Therefore, three lines of maintenance were proposed to prevent these problems. These maintenance are monthly, semi-annual and annual, considering the use of the campus maintenance team.Item Correção de fator de potência de motores utilizando banco de capacitores com monitoramento via Bluetooth(2020-02-27) Filgueiras, César Francisco Filizola; Lima, José de Jesus Botelho de; Lima, José de Jesus Botelho de; Rodrigues, Marlos André Silva; Reis, Vanderson de LimaEl mercado energético está constantemente necesitando demanda de energía, actualmente con los recursos naturales agotando la necesidad de optimización y rendimiento se ha convertido en un diferencial para las industrias que depende directamente de la energía eléctrica para sus procesos. El principal objetivo del proyecto consiste en el enfoque de la tecnología de corrección dinámica del factor de potencia basado en accionamientos de condensadores por medio de un monitoreo y control capaz de conmutar bancos capacitivos utilizando un microcontrolador. Para ello, el prototipo debe informar a los usuarios a través de un smartphone parámetros eléctricos como señales de tensión, corriente de fase y factor de potencia. En la realización de ese trabajo se utilizó el microcontrolador dsPIC30F3012. Toda programación fue desarrollada en ambiente MikroC.