Design and implementation of digital energy meter with data sending capability using GSM network

Shahidi, Sarwar; Gaffar, Abdul; Salim, Khosru M

doi:10.1109/icaee.2013.6750333

Cited by 14 publications

(3 citation statements)

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“…In [33] it was mentioned that AMR is a framework whereby the Energy Meter sends the recorded power usage of a nuclear family in the particular between the time period to a "remotely" related, which could be a (PC) or central server of intensity dispersing affiliations In [34] it was mentioned that GSM is an approach to remotely screen and control centrality meter readings. Its tendencies to take agander at imperativeness meters without visiting each house/affiliation.…”

Section: F Theoretical Frameworkmentioning

confidence: 99%

Design and Construction of a GSM Based Energy Meter Reader and Load Control System

Dimkpa

2023

IJRASET

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Electricity provides a very convenient form of energy for lighting, heating, cooling, motive power for driving various types of loads and power for a number of utilization applications. Its advantages in modern world are ease of control and cleanliness. This project report is focused on the design and construction of a GSM Based Energy meter reader and load control system. This smart meter has been proposed as an innovation solution aimed at facilitating afford ability and reducing the cost of utilities. This project sought to replace the existing manual reading of electricity meters installed throughout the country (home, agricultural and industrial). The designed GSM Based Energy meter reader and load control system circuit were designed using computer languages of HTML, CSS and Javascript and simple circuitry materials. The GSM based meter was then subjected to Proteus version 8 software for accuracy. Results obtained showed that the resultant design was a sustainable and suitable upgrade from our conventional energy systems. The system will cut costs and improve transparency to a very large extent. Any failure or inconveniences on the customer side can be easily detected and rectified. The electricity board can monitor each individual meter in the network. The server would provide a complete solution for the same, so there would be constant monitoring of the meter reading regularly without the person visiting each house.

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Section: F Theoretical Frameworkmentioning

confidence: 99%

Design and Construction of a GSM Based Energy Meter Reader and Load Control System

Dimkpa

2023

IJRASET

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“…The processing is performed so that the signal of the energy also reflects the higher harmonics of a specific band, which is present in the input waveform. It is noteworthy that there are many different technical solutions for electronic meters [7][8][9][10], which differ not only in their construction details, but also in their basic signal processing algorithms.…”

Section: Introductionmentioning

confidence: 99%

The Errors of Electronic Energy Meters That Measure Energy Consumed by LED Lighting

et al. 2022

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Various metrological aspects for the correct measurements of electrical energy that is consumed by energy-saving (mainly LED) single phase loads are discussed in this paper. One of the most important problems presented here concerns the question of how strong distortions of the current waveform, introduced by typical LED lighting, affects the operation of electronic energy meters. Measurement results for the energy consumption of different LED lamps used in households in various conditions, alongside comparative results that were obtained by electronic and electromechanical energy meters, were also offered and the appropriate conclusions were then drawn.

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“…Pengiriman data berbasis SMS dipilih karena jaringan tersebut sudah tersedia di hampir seluruh wilayah Indonesia. Jaringan untuk GSM khususnya untuk SMS juga relatif stabil dibandingkan dengan jaringan lainya seperti EDGE, 3G dan 4G [9]. Modul SIM900 ditunjukan pada Gambar 3.…”

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Rancang Bangun Stand-Alone Automatic Rain Gauge (ARG) Berbasis Panel Surya

Arifin

Rahadian

2017

JNTE

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Automatic Rain Gauge (ARG) digunakan untuk memonitor curah hujan di suatu wilayah. ARG bekerja dengan menggunakan mikrokontroller sebagai prosesing unit dan merupakan sebuah embedded sistem (sistem yang berdiri sendiri). ARG tidak hanya diletakan pada stasiun pemantauan Badan Meteorologi, Klimatologi dan Geofisika (BMKG), namun ARG juga diletakan di daerah terpencil yang jauh dari jaringan listrik. Hal tersebut menjadi masalah karena ARG membutuhkan sumber energi listrik untuk dapat bekerja. Berdasarkan spesifikasinya, ARG membutuhkan mikrokontroller yang rendah dalam penggunaan daya serta memiliki cukup memory sebagai tempat penyimpanan data sementara. Salah satu jenis mikrokrontroller yang memenuhi spesifikasi tersebut adalah MSP430FR5969. Dari penelitian yang telah dilakukan, didapatkan hasil konsumsi daya ratarata yang dibutuhkan oleh ARG sebesar 0.23 watt. Dengan memanfaatkan panel surya sebesar 20 watt yang dilengkapi dengan maximum power point tracking (MPPT) sebagai sumber energi listrik, dapat menghasilkan daya 5,5 watt hingga 7,2 watt. Dengan perbandingan data konsumsi energi dan data yang dihasilkan dari solar panel panel, maka ARG memiliki sumber listrik mandiri untuk memenuhi kebutuhannya.

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Design and implementation of digital energy meter with data sending capability using GSM network

Cited by 14 publications

References 0 publications

Design and Construction of a GSM Based Energy Meter Reader and Load Control System

Design and Construction of a GSM Based Energy Meter Reader and Load Control System

The Errors of Electronic Energy Meters That Measure Energy Consumed by LED Lighting

Rancang Bangun Stand-Alone Automatic Rain Gauge (ARG) Berbasis Panel Surya

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