Simulation and ZigBee based wireless monitoring of the amount of consumed energy at smart homes

Irmak, Erdal; Kose, Ali; Göçmen, Gökhan

doi:10.1109/icrera.2016.7884488

Cited by 11 publications

(5 citation statements)

References 10 publications

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“…In an Arduino project, a temperature sensor can be connected to an Arduino board to measure the environment's temperature and use that information to control other components or trigger certain actions. For example, a temperature sensor could control a fan or heater in a greenhouse or trigger an alarm if the temperature in a room reaches a certain threshold [11].…”

Section: Lithium-ion Rechargeable Batteriesmentioning

confidence: 99%

Solar Powered Battery Charging System by Using Arduino: Experimental design

Muthyala

2023

International Transactions on Electrical Engineering and Comput

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In recent years, the need for efficient and sustainable energy solutions has become increasingly important. One potential solution is the use of solar power for battery charging systems. In this project, an Arduino-based solar-powered battery charging system is designed and implemented. The system consists of a solar panel that collects energy from the sun, an Arduino microcontroller that regulates the battery's charging, and a battery that stores the energy for later use. The solar panel converts sunlight into DC electrical energy, which is then fed to the battery through a charging circuit. The implementation of this system is fairly straightforward. The solar panel is connected to an input pin of the Arduino microcontroller, which then controls the charging of the battery through a charging circuit connected to an output pin. The charging circuit is designed to limit the charging current and voltage to prevent damage to the battery.

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Section: Lithium-ion Rechargeable Batteriesmentioning

confidence: 99%

Solar Powered Battery Charging System by Using Arduino: Experimental design

Muthyala

2023

International Transactions on Electrical Engineering and Comput

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“…The system allows smart and Journal of Computer and Communications remote access to these devices which can be turned on using Android cell phones [14]. Authors in [15] measured the amount of energy consumption at a smart home using ZigBee WSNs. They proposed an interface which can shows the value of consumed energy either numerically or graphically for automated houses.…”

Section: Scalability Real-time Communication and Affordability Of Wsmentioning

confidence: 99%

(EERSM): Energy-Efficient Multi-Hop Routing Technique in Wireless Sensor Networks Based on Combination between Stationary and Mobile Nodes

Alassery¹

2019

JCC

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In Wireless Sensor Network (WSNs), sensor nodes collect data and send them to a Base Station (BS) for further processing. One of the most issues in WSNs that researchers have proposed a hundred of technique to solve its impact is the energy constraint since sensor nodes have small battery, small memory and less data processing with low computational capabilities. However, many researches efforts have focused on how to prolong the battery lifetime of sensor nodes by proposing different routing, MAC, localization, data aggregation, topology construction techniques. In this paper, we will focus on routing techniques which aim to prolonging the network lifetime. Hence, we propose an Energy-Efficient Routing technique in WSNs based on Stationary and Mobile nodes (EERSM). Sensing filed is divided into intersected circles which contain Mobile Nodes (MN). The proposed data aggregation technique via the circular topology will eliminate the redundant data to be sent to the Base Station (BS). MN in each circle will rout packets for their source nodes, and move to the intersected area where another MN is waiting (sleep mode) to receive the transmitted packet, and then the packet will be delivered to the next intersected area until the packet is arrived to the BS. Our proposed EERSM technique is simulated using MATLAB and compared with conventional multi-hop techniques under different network models and scenarios. In the simulation, we will show how the proposed EERSM technique overcomes many routing protocols in terms of the number of hops counted when sending packets from a source node to the destination (i.e. BS), the average residual energy, number of sent packets to the BS, and the number of a live sensor nodes verse the simulation rounds.

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“…En relación a estos planteamientos, en [19], se simula en Matlab un complejo sistema de redes inteligentes basadas en la tecnología ZigBee, con el fin de recopilar datos sobre el consumo de energía en ciertos dispositivos, recalcando el hecho de que esta tecnología inalámbrica posee una gran eficiencia energética, realizando un gasto eléctrico casi despreciable, y proporcionando suficiente información sobre la arquitectura del sistema y los modelos físicos detrás de su desarrollo, brindando al usuario una intuitiva grafica sobre el consumo en tiempo real; realizado para fines académicos, e incluso como métodos de validación de modelos de gestión y optimización energética, representa de forma teórica el uso de redes inteligentes para la administración de energía, que si se suman algoritmos de optimización, y basados en el comportamiento de los huéspedes, incrementa enormemente el rendimiento energético en una vivienda y se confirma de forma práctica, lo cual se pretende con esta propuesta.…”

Section: Justificativaunclassified

“…Luego para la parte del consumo eléctrico, en [27], se realiza una simulación desde Matlab, de diferentes electrodomésticos que generalmente constituyen gran parte del consumo energético en un hogar, como es, televisión, refrigerador, y luces. En este caso mediante modulos ZigBee se pretende establecer una comunicación entre los dispositivos periféricos que miden el consumo de energía y el broker que los analiza y divulga de la información obtenida; Así con el tiempo de ejecución, y el establecimiento de voltaje junto a frecuencia manejada, se establecen los diagramas de bloques en Matlab que consecuente a esto calculan el consumo energético, todo con el único fin, que el propietario del sistema tenga mediante una interfaz gráfica una visualización de los recursos energéticos, donde este toma conciencia y racionaliza por su cuenta.…”

Section: Marco Referencialunclassified