Global Journal of Advanced Engineering Technologies, Vol3, Issue4- 2014 ISSN: 2277-6370
416
Plot is drawn between the voltages (V) with respect to the
time. The voltage taken along Y-Axis, whereas the time is
in hours along X-Axis. For every one hour we have
instantaneous voltage values. In the above graph we are
having 3-phase voltages R-phase, Y-phase and B-phase.
VII. OUTPUT MESSAGE FORMAT
ALERT, AMR Power failed, MPB01157, FW.VER.AP
3.1.1, SEM, AP100237, 25-07-14, 17:54:27, 123456
ALERT, AMR Power resumed, MPB01157, FW.VER.AP
3.1.1, SEM, AP100237, 25-07-14, 17:59:40, 123456
ALERT, METER COM Failed, MPB01157, FW.VER.AP
3.1.1, SEM, AP100237, 25-07-14, 18:10:32, 123456
ALERT, METER COM Resumed, MPB01157,
FW.VER.AP 3.1.1, SEM, AP100237, 25-07-14, 18:15:24,
123456
VIII. CONCLUSION & FUTURE SCOPE
By using this system we can reduce the cost of meter
reading with low cost module, Detect meter tempering,
No need to change current existing meter, Miss use of
electricity will be decreased, Reduce of corruption done
by the meter reader, Need based system, Monitoring the
meter reading, etc. The GPRS Automatic Meter Reading
System has many advanced results in computer
technology and communication technology. The meter-
reading task can be finished at the management
department of consumer’s area by using this system.
Meantime, the energy resources management departments
can monitor the consumption of power in order to
improve the utility of power. It's the basic to realize
automatic deliver of energy resources.
The system has many significant excellence, such as
wireless, low-workload, great quantity of data
transmission and low-expenses. The using of embedded
system improves the stability of wireless data
transmission. For a long distance transmission, GPRS
communication has shown excellent performance at any
conditions. With same AMR we can use for different
wireless application for simply changing firmware and
also using sensors. Remotely operate and control
motorized switchgear/relays at the substations. Digital I/O
for interfacing with external devices. Monitoring of
digital inputs like feeders status, sensing signals, etc. In
future we can extend AMR 3G and 4G technology. In the
near future this AMR also acts as an add-on module in
TRY-VECTOR Energy Meters.
REFERENCES
[1] Ashna K, Sudhish N Gorgre, “GSM based automatic
energy meter reading system with instant billing”, IEEE
International conference held at Kottayam, pp. 65-72,
2013.
[2]A. Ali, N.A. Razali, N. H. Saad, N. Vitee,
“Implementation of Automatic meter reading using radio
frequency module”, IEEE International Conference on
Power and Energy (PE con), pp. 876-879, Dec 2012.
[3] Babak Aghaei, Using Wireless Sensor Network in
Water, Electricity and Gas industry, 978-1-4244-8679-
3/11/$26.00 ©2011 IEEE.
[4] Design of remote automatic meter reading system
based on ZigBee and GPRS, by Li Quan-Xi1, Li Gang2,
ISBN 978-952-5726-10-Proceedings of the Third
International Symposium on Computer Science and
Computational Technology (ISCSCT ’10) Jiaozuo, P. R.
China, 14-15,August 2010, pp. 186-189.
[5] Gordan Štruklec1, Vedran Bilas2, Wireless Automatic
Water-meter Reading System.
[6]Tian yew lim and tat Wai chan, “Experimenting
remote kilo watt hour meter reading through low voltage
power lines at dense housing estates”, IEEE Transactions
on Power Delivery vol. 17, Issue 3,pp. 708-711, Jul 2002.
[7]International Standards for all electrical, electronic
and related technologies available at http://www.iec.ch.
[8]http://telefab.fr/lab/media/datasheet/SIM900_ATC_V1
_00.pdf.
[9]ControllerC8051F340(http://www.silabs.com/support2
0Documents/TechnicalDocs/c8051f34x.pdf).
[10]GSM/GPRS-modem-Sim900
http://www.rhydolabz.com.
[11] Vinu V Das,”Wireless Communication System for
Energy Meter Reading” in International Conference on
Advances in Recent Technologies in Communication.
[12] T. Whittaker, “Final word,” IET Control and
Automation, Vol. 18, No. 3, June/July 2007, p. 48.
[13] Flash Memory www.spansion.com.
AUTHOR’S PROFILE
Ms. T. Ratna Prasanna Pursuing M. Tech (ECE) in Holy
Mary Institute of Technology and science (HITS),
Bogaram (V), Keesara (M), Hyderabad. Affiliated to
JNTUH, Hyderabad, T.S, INDIA.
Mr. Y. David Solomon Raju is working as Associated
Professor at Holy Mary Institute of Technology and
science (HITS), Bogaram, Keesara, Hyderabad. Affiliated
to JNTUH, Hyderabad, T.S, INDIA.
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