1.1 INTRODUCTION
Overall optimization of a coal-fired power plant is a highly complex process. One must first decide what constitutes optimal performance. Obvious answers include maximum thermal efficiency, lowest possible emissions, lowest possible cost, readily marketable by-products, and maximum system availability for power generation. In reality, these goals—and others—are interrelated. In some cases, however, these optimization goals are at odds with each other. For example, high excess air will result in b ....etc

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Abstract
This paper presents an artiÞcial neural network-based approach (ANN) for reactive power
(VAR) optimization of interconnected power systems. The reactive power resources are scheduled
to minimize the total transmission losses of the network. The proposed ANN for this study
is a three-layer feed-forward network with a sigmoidal transfer function. Di¤erent loading
conditions of reactive power are used as input pattern to train the ANN. The desired output is
the optimal voltages at the VAR-controlled buse ....etc

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PRESENTED BY:
RAYMOND KATAMBA


Optimization of Distribution Systems To Transmit Power Under Single Phase Faults
INTRODUCTION
As Electricity industry continuously grows availability, quality, capacity and safety of electricity increasingly become a concern
Conservative expansion of existing structures not possible due to economic, social and technical factors new techniques to increase capability and reliability of lines devised.
Single phase faults are most frequent, and presently resulting to total ....etc

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Ppt for power optimisation of LFSR for low power BIST implementation in hdl ....etc

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ABSTRACT
As power consumption of the clock tree in modern VLSI designs
tends to dominate, measures must be taken to keep it
under control. This paper introduces an approach for reducing
clock power based on clock gating. We present a methodology
that, starting from an RTL description, automatically
generates a set of constraints for driving the construction of
the clock tree by the clock synthesis tool. The methodology
has been fully integrated into an industry-strength design
flow, based on Synopsys DesignCompiler (front-end) ....etc

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ppt of power optimization of lfsr of low power built in self test ....etc

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EMBEDDED DESIGN FOR POWER SAVING SYSTEM FOR POWER OPTIMIZATION
1.Introduction
In this sophisticated world every activity is getting atomized with the help of electronic concepts. All the way so far we have seen that any controlling of parameters, measuring as well as testing of circuits or components is carried out with analogue instruments. So we decided to develop an Microcontroller aid which is helpful for the above purpose which is called as SMART POWER SAVING SYSTEM FOR POWER OPTIMIZATION.
The 'SMART POWER SAVING SYSTEM FO ....etc

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Reactive power optimization with artificial bee colony algorithm
INTRODUCTION
Reactive power optimization (RPO) is an important
optimizaton process in terms of voltage stability, voltage
quality and active power loss. The main object function in
RPO is the total active power loss function, but in later
years, systems were analyzed in terms of reactive supply
costs and voltage profile.
Since voltage profile minimizes the deviations between
the nominal and bus voltages, the reactive power
transferred from the bus will decr ....etc

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