Smart Power Monitoring System Using Iot

Ay, Devadhanishini; Rk, Malasri; Nandinipriya, N; Subashini,; Gowri, P. G. Padma

doi:10.1109/icaccs.2019.8728311

Cited by 27 publications

(5 citation statements)

References 2 publications

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“…The system is designed to find the minimum period of data transmission delay time with high communication speed. The normal digital energy meter was connected with an interfacing unit [17]. The interfacing unit consists of the Arduino, a splitter circuit, a data amplifier circuit, and the IoT module.…”

Section: B Design and Implementation Using Iotmentioning

confidence: 99%

Performance Analysis of Smart Energy Monitoring Systems in Real-time

Govindarajan¹,

Meikandasivam²,

Vijayakumar³

2020

Eng. Technol. Appl. Sci. Res.

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The use of smart energy monitoring systems in buildings offers significant potential for energy saving. The introduction of a new kind of energy monitoring system is essential in the consumer-side in order to meet the demands of energy conservation. In this paper, four energy monitoring systems based on advanced wireless technology are proposed. The design and implementation of the smart real-time energy monitoring systems is analyzed with respect to their performance. The proposed systems utilize advanced wireless technologies like the Zigbee module, Internet of Things (IoT), Android Mobile Apps, and cloud computing for interfacing the information between the meters and the consumer end. A digital power meter is installed in the main panel, interfaced with a communication gateway and parameters such as voltage, current, power, power factor, and the harmonics of household appliances are measured in real-time. These systems provide power consumption details to the consumer and allow interacting with them by giving instant data such as live power tracking, identification of abnormal patterns of energy usage, energy bill estimation, and energy usage information.

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Section: B Design and Implementation Using Iotmentioning

confidence: 99%

Performance Analysis of Smart Energy Monitoring Systems in Real-time

Govindarajan¹,

Meikandasivam²,

Vijayakumar³

2020

Eng. Technol. Appl. Sci. Res.

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“…Many researchers have proposed various schemes for energy efficiency and safety in the use of electrical appliances. The work by [6] proposed the idea of an Arduino-based Intelligent Energy tracking system with a GSM Short Message Service (SMS). The system showcased a design for an intelligent energy meter that decreases the consumption of electricity and provides savings on energy by using a motion detector that instantly transmits signals that switch off the power supply whenever there are no indicators of individuals in the vicinity.…”

Section: Related Workmentioning

confidence: 99%

Design and Implementation of an Iot-Based Safety and Energy Efficient System

Akolgo,

Anari,

Batowise

et al. 2024

AJRCoS

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The paper provides a safe and power-efficient Internet of Things (IoT)-based solution. With the growing concerns about environmental sustainability and the demand for improved safety measures in today’s society, it has become critical to focus on building systems that decrease energy consumption and assure the safety of humans and the environment. The proposed system employs cutting-edge technologies and novel approaches that will result in optimal energy usage with minimal or no human involvement thereby assuring the safety of people. The proposed system leverages on existing IoT technologies and is comprised of smart sensors, energy-efficient gadgets, and a centralized control unit. Therefore, it is able to demonstrate cutting edge power control strategies including power gating and dynamic central power regulation which control the usage of gadgets to operate at optimal power levels vis-a-vis the real-time demand to achieve energy efficiency. The system is also able to collect data on occupancy, lighting, temperature, and power consumption trends which can assist in making data-driven choices that improve the usage of energy. The proposed system provides large energy savings without sacrificing user comfort by dynamically altering lighting, and cooling systems based on occupants and ambient factors. Multiple simulations and real-world trials in homes and institutions’ buildings were used to assess the efficacy of the suggested system. The findings revealed substantial reductions in energy consumption without jeopardizing safety.

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“…The system can also be integrated with other smart home devices, enabling users to control their energy consumption and costs through a single, centralized system. Overall, the IoT-based energy meter with billing system and load prioritization project is a highly innovative and practical solution for energy management that offers significant benefits to users, including cost savings, convenience, and environmental sustainability [5]- [10].…”

Section: Introductionmentioning

confidence: 99%

IOT Based Energy Meter with Billing System and Load Prioritization

Ujwala

2023

IJEEE

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To build our own IoT-based electricity energy metre with billing system and load prioritization using ESP32 and monitoring data in this project. We enabled a smart energy metre that can communicate in both directions and display different parameters on both its built-in display and a web-based Headend-System application software. The metre calculates the current, voltage, and power output as well as the amount due in real time. With this metre, data collection and bill generation no longer require manual verification. The essential metre data can be viewed by a variety of parties, including consumers, linemen and power distributors, thanks to the IoT enabled meter's ability to simultaneously communicate this data to many devices. Additionally, having access to real-time data will assist electricity distributors better manage their grid and reduce energy waste by enabling them to examine user usage trends and successfully implement strategies like load balancing and shedding. Applying effective power restoration methodology, which must also include a systematic load prioritisation strategy that takes into account a number of practical issues that make the process of load prioritisation difficult and complex, is one important technique for enhancing system reliability. A dynamic load prioritisation model for service restoration is presented in this paper. The process places loads in order of priority and gives each load in the system a computed weight. The process places loads in order of priority and gives each load in the system a computed weight. These weights can be utilised as an input for any restoration optimisation issue because they are dynamic (i.e., time dependent).

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Smart Power Monitoring System Using Iot

Cited by 27 publications

References 2 publications

Performance Analysis of Smart Energy Monitoring Systems in Real-time

Performance Analysis of Smart Energy Monitoring Systems in Real-time

Design and Implementation of an Iot-Based Safety and Energy Efficient System

IOT Based Energy Meter with Billing System and Load Prioritization

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