Abstract
Distributed Generation Placement in Port Harcourt Network using Nodal Analysis - written by Ajabuego O. G., Uzoechi L. O. published on 2019/01/17 download full article with reference data and citations
Highlights
Nigeria being a country with a very high population have not been able to stabilize its power system due to minimal generation supply
The volume of renewable energy is increasing at an enormous rate, it is still outstripped by rising energy demand [2].Though Distributed Generation (DG) will give a better and fast solution to better performance of the Network, it has its own limitations, which is more seen when the DGs are improperly placed
The research thoroughly investigates the placement of DGs in the Port Harcourt Network
Summary
Nigeria being a country with a very high population have not been able to stabilize its power system due to minimal generation supply. Though the country have hopes of installing more generating stations as time progresses using its natural resources, so many suggestions gave been given on a shorter solution using Distributed Generations (DGs). This is due to its limited complexity in installation or integration into a particular section of the Network, loss reduction, availability, etc. Improper placement of the DGs can result to so much losses in the system, voltage instability and investment wastage These problems call for proper attention to the methods used to place the DGs in the Network to counter the problem faced in DG installation. The method decides which Bus is more affected and the Bus which contributes more to its instability, which is considered as the weakest Bus
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