Stability of Voltage using Different Control strategies In Isolated Self Excited Induction Generator for Variable Speed Applications
Journal Title: INTERNATIONAL JOURNAL OF ENGINEERING TRENDS AND TECHNOLOGY - Year 2013, Vol 4, Issue 6
Abstract
In this paper analysis of the operation of a standalone self-excited induction generator and its control of voltage and frequency for variable speed applications has been made. The limitation of standalone wind energy conversion system with selfexcited induction generator is poor voltage regulation which occurs with change in speed and load condition.
Authors and Affiliations
Shilpa G. K#1 , Plasin Francis Dias
32 Bit Parallel Multiplier Using VHDL
In this paper, design of 32-bit parallel multiplier is presented, by introducing Carry Save Adder (CSA) in partial product lines. The multiplier given in this paper is modeled using VHDL (Very High Speed Integration Hard...
An Energy Efficiency Routing Protocol for Improving Lifetime of Wide Area Wireless Sensor Networks: A Review
The key challenge in wireless sensor network protocol designs is to provide energy efficient communication, as most of the nodes in sensor networks have limited battery power and it is not feasible to recharge or replace...
PCA Based Image Enhancement in Wavelet Domain
This paper demonstrates a methodology of image enhancement that uses principle component analysis (PCA) in wavelet domain. PCA fully de-correlates the original data set so that the energy of the signal will co...
Optimization of Cost in Cloud Computing Using OCRP Algorithm
In cloud computing, cloud providers can offer cloud consumers two provisioning plans for computing resources, namely reservation and on-demand plans. Reservation plan is cheaper than that provisioned by on-demand p...
Study of Various EBG Based Micro strip Filter Structures
In this paper, a planar EBG based microstrip filter structure is formed by etching circles in the ground plane and using a modulated microstrip line. These planar EBG microstrip structure provides a wide stopband...