Prepayment meters, Electrical Engineering

Assignment Help:

Prepayment Meters

Usage of prepayment meters will extensively improve the revenue collection of the utilities. There are a number of ways in that prepayment assures revenue protection. These are:

1. The prepayment meter assures revenue upfront in which is before the electricity is consumed. In case a credit is given (in prepayment) there is a zero time gap among consumption and payment. This decrease a cash collection cycle.

2. Errors in meter reading, billing and data entry are altogether eliminated as the meter dispenses only in which amount of electricity for that it has been paid for. Punching errors through consumers (in case of key pad based prepayment meters) are also eliminated, as the meter does not accept erroneous keying/punching.

3. Prepayment eliminates the meter readers and bill distributors thereby not only eliminating potential sources of corruption but also the costs incurred through utilities towards their meter readers and supervisors, and the workforce and associated costs in running the billing centres. The activity begin and ends in the cash collection, that happens by user friendly dispensation centres, and consumers do not have to queue at Utility offices to pay their bills.

4. The prepayment meter comes along with in-built load limiters that could be programmed to disconnect a meter in case the load is exceeded. This is through far most effectual in limiting the loading of the distribution system. This helps in avoiding overloading and thereby limiting the technical loss in service cables and avoiding hotspots in connections as the load always remains inside the permissible limits.

5.Another benefits of prepayment meter is its capacity to return (or dispense back) unused amount to the consumer. This characteristics helps in tracking changes in temporary ownership of connections (i.e., change of hands among one tenant to another) - an aspect that is never probable in credit metering.


Related Discussions:- Prepayment meters

Give a block diagram for amodulo-5 binary ripple counter, Q. Give a block d...

Q. Give a block diagram for amodulo-5 binary ripple counter using JKFFs and draw its timing diagram.

Covert analog signal into digital signal, Covert Analog Signal into Digital...

Covert Analog Signal into Digital Signal A strain gauge is used in Wheatstone Bridge configuration. The output from the Wheatstone Bridge varies from zero to a maximum strain

Explain the working of an npn transistor, Explain the working of an npn tra...

Explain the working of an npn transistor. Working of npn transistor: In an npn transistor is demonstrated in the figure. The emitter base junction is forward biased whereas

Explain register direct and indirect data addressing mode, Explain Register...

Explain Register Direct and Indirect data addressing mode (with examples) available in microprocessors. Register Direct Modes and Register Indirect Modes: Does not giv

Determine efficiency and form factor, Q Consider a three-phase, full-wave b...

Q Consider a three-phase, full-wave bridge recti?er, as shown in Figure, with a purely resistive load R. For each diode, determine: (i) efficiency, (ii) form factor, (iii) ripple f

Torque angle, describe torque angle in ships electrical propulsion system

describe torque angle in ships electrical propulsion system

Determine the shaft power output, Determine the shaft power output: A ...

Determine the shaft power output: A 6-pole, 50 Hz, 3-phase induction motor running on full load develops a useful torque of 180 Nm when the rotor emf frequency is 2 Hz. Determ

Explain working of digital process control, Q. Explain working of Digital P...

Q. Explain working of Digital Process Control? Figure shows a block diagram for microcomputer-based control of a physical process, such as a chemical plant. A slight variation

Show the frequency response of rc coupled amplifier, Q. Show the Frequency ...

Q. Show the Frequency response of Rc Coupled Amplifier? 1. At low frequency i.e,less than 50 Hz reactance of Cc is going high hence same part of the signal will pass from one s

DC generators, 3. Why the external characteristics of a DC shunt generator ...

3. Why the external characteristics of a DC shunt generator is more drooping than that of a separately excited generator?

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd