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The global increasing demand for energy has brought attention to the need for energy efficiency. Markedly noticeable in developing areas, energy challenges can be attributed to the losses in the distribution and transmission systems, and insufficient demand-side energy management. Demand-oriented systems have been widely proposed as feasible soluti...
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Demand response (DR) management systems are a potentially growing market due to their ability to maximize energy savings by allowing customers to manage their energy consumption at times of peak demand in response to financial incentives from the electricity supplier. Successful execution of a demand response program requires an effective managemen...
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... There are several IoT applications, such as: knowing the status and evolution of a patient remotely [6], applications to monitor environmental pollution [7], monitoring of domestic electrical energy [8], [9], the implementation of smart homes [10], [11] or in smart buildings [12]. All these projects help people by generating a positive impact on their quality of life. ...
... Despite the increase in popularity the IoT has had in recent years, especially in home automation [11], the opportunity to implement this type of technology has not been taken advantage of [12]. We know that to maintain a garden it is essential to water every so often, thus the different plants that are in a garden continue to survive. ...
Due to the COVID-19 pandemic, the world's population has undergone different changes in which an impact on the use of the internet stands out from daily aspects such as education, commerce, health, among others; which has made us highly dependent on its usage. In this regard, the term Internet of Things (IoT) has been increasingly recognized for its contribution to improving people's life quality, through objects that are integrated and connected to the Internet. This document aims to introduce alternatives for IoT-based home automation making use of NodeMCU, Sinric Pro, and smart voice assistants such as Google Home and Alexa. The proposals are efficient in terms of easy implementation and reduce electricity consumption by around 30%. This document is research that helps families improve their energy efficiency and daily productivity through IoT.
... [11], [22], [23], [24] Health 5G technology applied to healthcare aims to lower hospitalization rates by remotely monitoring patients in their own homes. In addition, it will connect the entire network of emergency services. ...
The evolution of the technology 5G has influenced the Internet of the Things (IoT) according to the wireless communications of minor latency, and major speed compared to the existing technologies. Consequently, from the 21st century, 5G will act as the spinal column of the IoT and will level the way for the design and deployment of a Smart City, nevertheless, this progress has a negative point which is demonstrated in the energy consumption. The target of this investigation is to announce methods to reduce the consumption of energy in one Smart City based on the IoT and the technology 5G. The results obtained in this investigation allow determining that 5G and the IoT will have a major energy consumption with about 80 % of the entire potency, due to the transmission and reception of a big quantity of information in a Smart City. Likewise, this research, contributes to the knowledge, presenting a review of methods that allow minimizing energy consumption and projects that improve energy efficiency.
This pioneering mobile application revolutionizes electricity management by seamlessly replacing traditional prepaid meter systems. At its core, the app empowers users to monitor and manage their electricity consumption with ease. Users can purchase and enter units for their homes conveniently, obviating the need for cumbersome payment methods. In addition to its fundamental purpose, the app boasts a suite of supplementary features that enhance its utility and value. Users receive real-time notifications and alerts, keeping them informed about power outages, low prepaid unit balances, and unusual energy consumption patterns. Predictive AI algorithms leverage historical data to forecast future energy consumption trends and costs, empowering users to make informed decisions. Users can export their data for analysis or sharing with relevant parties, ensuring data transparency and accountability. Swift emergency service reporting integration enables users to report electrical emergencies or outages directly to utility companies, streamlining response processes. This holistic solution not only replaces traditional prepaid meter systems but also introduces a new era of electricity management that prioritizes convenience, efficiency, and user empowerment
This paper gives a brief overview on the topic of energy saving in smart homes. It provides introduction of some recent researches and developments of energy-saving schemes for smart homes, so that helps readers to know information about the potential issues and to make improvements in the future. A brief summary given in the discussion indicates that not only considering the problem of energy consumption but also paying attention to the comfort and safety for users in the energy-saving solutions is also important.KeywordsSmart homeEnergy savingEnergy management
Increasing load demand and energy crisis issues are becoming more and more concerned. Nowadays, the demand for electricity in household life is rising sharply and the structure of electricity consumption is gradually becoming complex. With the development of the Internet of Things technology, it provides a better platform for the improvement of the energy management system. The home energy management system (HEMS) based on the Internet of Things comes into being, which can integrate the management of all home power loads and distributed energy, realize the optimal configuration of energy, and help users save electricity. This paper firstly describes the basic concept of IoT smart home energy management system, then describes the framework of HEMS, and finally reviews the current research status in this field from three modules, namely, data collection module, communication module, and management and optimization module, and discusses its technical challenges and future research directions.KeywordsSmart homeInternet of ThingsHome energy management system
