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Improving Energy Y Efficiency Using Facts Device Technique in Nsukka 33KV Distribution Network
Subject area: Science,Engineering and Technology · Area of research: Power Engineering
Abstract
The inconsistence power supply observed in NSUKKA metropolis is as a result of per unit volts not falling within the standard range of 0.95 through 1.05. This is subdued by introducing Improving energy y efficiency using FACTS device Technique in NSUKKA 33kv distribution network . To achieve this it is done in this manner, characterizing the 33KV NSUKKA power distribution network to establish power losses, running a load flow analysis of the NSUKKA power distribution network in order to identify power loss sources and faulty BUSBARS, using SIMULINK to model FACTS device for minimizing Power losses in the NSUKKA 33KV Power Distribution Network, repeating the load flow analysis with the FACTS device and its control circuit integrated into the SIMULINK Model of the NSUKKA 33KV Power Distribution network for minimizing power losses and validating and justifying the use of FACTS device in loss reduction in NSUKKA 33KV power distribution network from the results of 2 and 4 by calculating percentage of improvement in loss reduction. The results obtained are conventional and facts device P.U. volts in bus 3(WILSON) in Improving energy y efficiency in NSUKKA 33kv distribution network. The conventional per unit volts in bus 3 is 0.88 which implies that the power supply therein is unstable because it did not fall within the stable range of 0.95 through 1.05.
Keywords
Energy Efficiency, Facts device technique, Nsukka 33kv, and Distribution Network
How to cite this paper
@article{1703343,
author = {Onyegbula Henry Uchenna, James Eke, Emetu Chukwuma Kalu},
title = {Improving Energy Y Efficiency Using Facts Device Technique in Nsukka 33KV Distribution Network},
journal = {Iconic Research And Engineering Journals},
year = {2022},
volume = {5},
number = {10},
pages = {131-140},
issn = {2456-8880},
url = {https://www.irejournals.com/formatedpaper/1703343.pdf},
abstract = {The inconsistence power supply observed in NSUKKA metropolis is as a result of per unit volts not falling within the standard range of 0.95 through 1.05. This is subdued by introducing Improving energy y efficiency using FACTS device Technique in NSUKKA 33kv distribution network . To achieve this it is done in this manner, characterizing the 33KV NSUKKA power distribution network to establish power losses, running a load flow analysis of the NSUKKA power distribution network in order to identify power loss sources and faulty BUSBARS, using SIMULINK to model FACTS device for minimizing Power losses in the NSUKKA 33KV Power Distribution Network, repeating the load flow analysis with the FACTS device and its control circuit integrated into the SIMULINK Model of the NSUKKA 33KV Power Distribution network for minimizing power losses and validating and justifying the use of FACTS device in loss reduction in NSUKKA 33KV power distribution network from the results of 2 and 4 by calculating percentage of improvement in loss reduction. The results obtained are conventional and facts device P.U. volts in bus 3(WILSON) in Improving energy y efficiency in NSUKKA 33kv distribution network. The conventional per unit volts in bus 3 is 0.88 which implies that the power supply therein is unstable because it did not fall within the stable range of 0.95 through 1.05.},
keywords = {Energy Efficiency, Facts device technique, Nsukka 33kv, and Distribution Network},
month = {April},
}