A Smart Home Architecture for Smart Energy Consumption in a Residence With Multiple Users

Abstract

Smart Energy Control Systems (SECS) has been increasingly implemented in the Smart homes scenario, due to the possibility of conditioning and controlling residential energy consumption, thus contributing to reducing energy losses and unnecessary electrical consumption. With the evolution of embedded systems in conjunction with the Internet of Things (IoT), Smart Outlet (SO), and devices that promote the Users Indoor Identification (UII) environments, they have assumed fundamental roles in the acquisition of data from electrical devices and also in the mapping of the individualized consumption of each resident throughout the day, providing essential information for SECS Systems as a way to assist in energy balance with minimal impact on the daily usability of electrical equipment. However, in most of the works that propose these types of assistance to SECS based on SO and UII, they have a massive implementation of sensors throughout the residence, misinterpretation of the data generated by the residents, difficulty in the identification of multiple residents. Thus, the present work proposes an evolution of an SECS architecture called SmartCom, with the implementation of accurate identification of electrical equipment through Near Field Communication (NFC)-based SO (data transfer between the appliance and the SO) and of multiple inhabitants through Wi-Fi handover using smartphones, with the least possible impact on the user's comfort, as well as in the building structure, achieving a rebalanced residential energy consumption 87.3% of the time it was used.

ASM-ROBOT: A Cyber-Physical Home Automation Controller with Memristive Reconfigurable State Machine

“…In such cases, IoT RF technology (such as ATMEL Smart-SAM25 module) with the CWDSPT technique can be adapted to provide effective monitoring and control of both on-premises and remote processes. With heightened security challenges as well as domestic havoc at homes and offices, such an automated security system becomes very handy [1], [2].…”

“…There is a need for an automated security system that is optimized for high efficiency in controlling home appliances at short-range communication. Smart Energy Audit Systems (SEACS) have been proposed which largely depends on IoTs via near field communication (NFC) [2]. Hand-gesture-based control Robots have been implemented for real-time interactive control systems targeted at household appliances [3].…”

“…The reason is that it offers a uniform envelope, optimal spectral efficiency, excellent bit error rate. In context, the mathematical model for the modulated function 𝑋(𝑡) is shown in (2).…”

ILeHCSA: an internet of things enabled smart home automation scheme with speech enabled controlling options using machine learning strategy

“…This system consists of numerous smart sensors and gadgets to work with it as depicted in Figure 2. The sensors associated with the proposed approach are Node MCU Wi-Fi-enabled Microcontroller, Relay Unit, Voice Capture Module with Mic, STT Converter Module, and Global Positioning System (GPS) [17][18][19]. Step-3: Create an object for Wi-Fi Server class, such as 'server()' with the specification of transaction byte size.…”

Um Sistema De Controle E Monitoramento De Temperatura Que Utiliza a Internet Das Coisas

“…O desenvolvimento da Internet das Coisas (IoT -Internet of Things) revolucionará uma série de setores, desde a automação, transporte e energia, até a área de saúde, serviços financeiros e nanotecnologia (PIYARE; TAZIL, 2011). A tecnologia IoT pode ser aplicada para criar um novo conceito e espaços de desenvolvimento mais amplos às casas e aos condomínios inteligentes, com a finalidade de fornecer conforto, melhorar a qualidade de vida e reduzir consumo de energia (ANDRADE et al, 2021). Este trabalho ressalta o uso de Wi-Fi para estabelecer uma conexão entre uma página da web atualizada e visualizada em tempo real por meio de um aplicativo ou navegador, com dados obtidos de um sensor de temperatura e umidade DHT11.…”