Single line diagram of 220 kv substation

The central component of the substation is the transformer , as it provides the effective in enface between the high- and low-voltage parts of the system. Premium Membership Premium membership gives you an access to specialized technical articles and extra premium content electrical guides and software. The simulation result of the existing kV power grid indicates that Damaturu and Gombe bus voltages were out of tolerance with per unit and actual values of 0. The animated results of this load flow are shown in Figure. The most of electrical power is generated by three main methods:

Uploader: Dular
Date Added: 25 May 2013
File Size: 31.93 Mb
Operating Systems: Windows NT/2000/XP/2003/2003/7/8/10 MacOS 10/X
Downloads: 82099
Price: Free* [*Free Regsitration Required]





Single line diagrams of kvkvkv transmission-DG and A – ZXpress

Substation single line diagram SLD A Single Line Diagram Substatkon of an electrical system is the line diagram of the concerned electrical system which includes all the required electrical equipment connection sequence wise from the point of entrance of power up to the end of the scope of the mentioned work. There is a one KV main bus. The results are used to evaluate the line or transformer loading and the acceptability of bus voltages.

However, it is easy to model the admittance of the network into diagrma matrix for diatram analysis, where the diagonal elements are self-admittance and off-diagonal elements are mutual admittance. Simulator also provides a convenient medium for simulating the evolution of the power system over time. The most of electrical power is generated by three main methods: In a power flow network, buses are bound to have self- or mutual admittance, and this increase fo complexity to determine the admittance of the bus.

Reference [1] discusses the use of contours for visualizing power system voltage data. Unlike other commercially available power flow packages, however, Simulator allows the user to visualize the system through the use of full-colour animated oneline diagrams with full zooming and panning capability.

Single line diagrams of 220kv-66kv-11kv transmission-DG 0131 and 0131A

To prepare project report. Bus represents reference node during calculation or simply nodes that are used in nodal analysis. T unit, isolators, protection and metering P. The PowerWorld simulator also gives information for what amount of power the system works with maximum efficiency.

Electrical Design Of /33KV Substation | EEP

Leave a Comment Click here to cancel reply. By doing the power flow analysis in the Power World Simulator we estimate the real and reactive power flows, power losses in the entire network og phase angle using Power World Simulator.

The five parameters diagam are used for load flow analysis are voltage magnitude, voltage angle, real power, reactive power and admittance. A Newton-Raphson load flow analysis was performed on the power system described in Figure.

The main diagrzm of this thesis is to simulate and analyze the KV Substation. For a steady state load flow study, parameters that generators are represented as are fixed power and desired voltage magnitude. Transmission lines may be switched in or out of service, new transmission or generation may be added, and new transactions may be established, all with a few mouse clicks.

The content is copyrighted to EEP and may not be reproduced on other websites. These substatiom principle components of a power network; other components such as compensator are usually included only to improve the network after load flow studies. The content is copyrighted to EEP and may not be reproduced on other websites. They are purely resistive load, purely reactive load and load that consume both type of power. This functionality may be useful, for example, in illustrating the many issues associated with industry restructuring.

The text in the reports may be collected in any electrical design book available in the book store. Page edited by E. Power flow study also known as load flow constitutes an important part of power system analysis and design of any power system network. The basic formula to solve all load flow problems is represented by Equation 2 and Equation-3.

In reference [3] an attempt has been made to investigate power flow in the northern NigeriakVtransmission sub — grid using Power World software.

Generator 1 was set up to be the slack generator i.

Therefore, there are peak load hours and off peak load hours. It also computes real and reactive power flows for all equipment interconnecting the buses, as well as equipment losses2. Sorry, the document regarding maintenance of substation is useless an the given recommendation during substation design stage is good engineering praxis anyway since decades. Also, because of the low computation requirements of the contouring algorithm, the algorithm is implemented into a real-time animation of the voltage profile of a power system.

Related article at PubmedScholar Google. As these feeders enter the station they are to pass through various instruments.

3 thoughts on “Single line diagram of 220 kv substation”

  1. Willingly I accept. The theme is interesting, I will take part in discussion. Together we can come to a right answer.

Leave a Reply

Your email address will not be published. Required fields are marked *