A new AMR approach for energy saving in Smart Grids using Smart Meter and partial Power Line Communication

Garrab, Asma; Bouallegue, Adel; Abdallah, Faten Ben

doi:10.1109/revet.2012.6195281

Cited by 17 publications

(3 citation statements)

References 4 publications

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“…The aim of this work is to realize a real time pricing thanks to the proposed communication infrastructure. This solution is with great interest in economical and low carbon society point of view [10][11]. The technological revolutions to replace the existing technology of electromechanical meters especially in China and India by electronic energy measurement and is continuously upgrading.…”

Section: Mallikarjunghudedmani Et Al International Journal Of Advmentioning

confidence: 99%

IoT Based Smart Energy Meter for Smart Grid Applications

Hudedmani¹,

Kadapatti²,

Ghatole³

et al. 2019

IJASE

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The present competitive world is witnessing tremendous change in technology and its applications to the needs of mankind. The booming wireless technology IoT (Internet of Things) has captured the greater share of such. The present work explores the application of such technology in developing an energy meter and that unit transmits the used energy units to the control center using IoT. This wireless energy metering and E billing for the domestic user overcome the manual reading of energy from the consumer meter and undue delays in billing as well as associated erroneous readings etc. The proposed unit consists of a Arduino controller with associated hardware and display unit to indicate the consumed energy in the users meter as well as interactive messages to the user regarding Tariff, usage pattern, conservation opportunities and probable load shedding etc. The user can set the required probable maximum limit of usage of energy unit and an alert message is received as the usage is reached or just after crossing. An encouraging message is sent to the user on saving specific block of energy leading to the conservation. The meter relay turns off the power on special condition like door lock (Non usage of power) and avoid un intended billing and possible theft. An interactive message is sent to the consumer regarding the same as when such abnormalities are detected. The IoT WiFi module transmits the usage information for the E billing process and avoids actual paper work and delayed payment etc. The meter tampering is also monitored in the proposed work. The system from the billing center send the message to the user mobile with bill amount and encourage online payments through E-Seva centers, Net-banking and even through mobile phones. This kind of interfaces is really needed for the smart grids. It will help to monitor centrally and proper load management can be done controlling the user's consumption.

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Section: Mallikarjunghudedmani Et Al International Journal Of Advmentioning

confidence: 99%

IoT Based Smart Energy Meter for Smart Grid Applications

Hudedmani¹,

Kadapatti²,

Ghatole³

et al. 2019

IJASE

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show abstract

“…An integrated Web Server allows collecting the statistics, interfacing the devices for load displacement [6]. It depends on an energy meter with little power micro controller [7]. This model configuration intimates about the Theft identification, power utilization and energy control.…”

Section: Introductionmentioning

confidence: 99%

IoT Based Energy Meter with Theft Detect

2019

IJRTE

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The idea of this paper is to have energy meter design using IoT (Internet of Things) and implementing based on microcontroller. The buyer has the possibility of pre paying/ post paying the electricity usage on schedule. If not paid, the utility centres can switch off the supply remotely. The monitoring of the electrical energy consumption can be made easy by the customer on their mobile/PC.Power theft is detected by using current sensors. Theft detected will be notified on service provider end. The IoT operation is performed by Wi-Fi unit. The meter data is send to webpage that can be accessed from IP address. IoT has made a virtual network between the human and this physical world and has drastically changed the way business works. This can be accomplished by sending the ideal stage between the gadgets for data transmission. In this paper, IoT technology is utilized in distribution system to detect the power theft.

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“…Thus, appropriate checking and controlling of control utilization is a primary need of the shrewd lattice [41]. Garrab et al proposed an automatic meter reading attitude for vitality careful in "keen networks operating shrewd meters and fractional control connection communication" on the rising demand for vitality [42]. Landi et al displayed an automatic meter reading-based vitality administration framework utilizing a shrewd meter and web server around a low-rate real-time automatic meter readingbased vitality administration framework.…”

mentioning

confidence: 99%

Smart Power Monitoring System Using IoT

K. K

2024

IJSREM

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The "Smart Power Monitoring System using IoT" constitutes a pioneering solution poised to revolutionize the landscape of power management in both residential and industrial settings. Anchored by the ESP8266 NODEMCU microcontroller, this system seamlessly integrates an array of state-of-the-art sensors and modules, all working in concert to deliver real-time monitoring, controlling capabilities. The predominant objective of this innovative system is multifaceted: to elevate energy efficiency, bolster security measures and enable remote monitoring through the dynamic fabric of the IoT. The ESP8266 NODEMCU, functioning as the system's central hub, orchestrates a symphony of components, including a current sensor for precise power consumption insights and a PIR sensor to intelligently detect human motion for enhanced automation. The inclusion of a GSM module ensures timely communication of critical alerts to users via SMS, underscoring the system's responsiveness. Additionally, a relay module facilitates the remote control of appliances, promoting user-friendly power management. A half-horsepower induction motor acts as a tangible load indicator, providing users with a visual representation of power fluctuations. The system, powered by a stable 9V 1 Amp DC supply, culminates its capabilities by leveraging the “ThingSpeak” platform to graphically display power consumption trends, empowering users to make informed decisions for sustainable and efficient energy practices. In essence, the "Smart Power Monitoring System using IoT" emerges as a comprehensive and forward-thinking solution, poised to redefine the paradigm of intelligent power management. Keywords: IoT technology, real-time monitoring, energy consumption analysis.

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A new AMR approach for energy saving in Smart Grids using Smart Meter and partial Power Line Communication

Cited by 17 publications

References 4 publications

IoT Based Smart Energy Meter for Smart Grid Applications

IoT Based Smart Energy Meter for Smart Grid Applications

IoT Based Energy Meter with Theft Detect

Smart Power Monitoring System Using IoT

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