Effects Of Communication Network Performance On Dynamic Pricing In Smart Power Grid

peanutplausibleElectronics - Devices

Nov 21, 2013 (3 years and 9 months ago)

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For Further Details
-
A Vinay, Managing director

Ph: 9030333433, 0877
-
2261612




Effects Of Communication Network Performance On
Dynamic Pricing In Smart Power Grid



Abstract:

In this Project
an Electrical power grid is a transmission system

or network for electricity.
An efficient power grid is

necessary in supplying remote users w
ith electrical power

from power
generators.
S
mart power grid has emerged as a useful tool for its ability to integrate renewable
energy sources with traditional energy sources in a single distribution system. Smart power grid
depends on consumption schedul
ing and dynamic pricing to

match

power supply and demand,
and to avoid significant fluctuation

in power load.

A supply demand mismatch or a large
deviation

in the power load may cause power outage and damage to equipments.

In general
various dynamic pricin
g schemes have

been proposed to manage and control
power load
.

However, these

existing works often assume perfect communication network
performance,

where pricing information and control messages can

be transmitted to remote users
without delay and without

transmission

error.
But there is a
communication channel is error
prone

and network delay is not negligible
.

In this Project eliminates the effects of network delay and
transmission

error on achieving
a desired power load through dynamic

pricing.
So

find
that these communication network
impairments

may impose a lower bound on price update interval, and an

upper bound on price
update step size.

We p
ropose a heuristics algorithm to determine the price

update interval and
price update step size, for a given r
equirement

of maximum deviation in power load from a
desired level.




For Further Details
-
A Vinay, Managing director

Ph: 9030333433, 0877
-
2261612





The entire Proposed System will be tested using MATLAB/SIMULINK
and the
simulation results demonstrate the attractive performance characteristics of the

proposed Effects
of Communicat
ion Network Performance on dynamic pricing in smart Grid.