Question Description
I’m studying for my Engineering class and need an explanation.
the house should be from 1 floor +2 rooms 1 toilet 1 living room 1 small kitchen
less then 10% similarity
introduction should be (200 words ) in house wiring in general
report body's should explain every small concoction and calculation in words and numbers in details and what are the things that effect the current, voltage , and power. three phase & single phases connection total power 13 Kw to 16 Kw. At lest tow body's to reach (1100 words including the numbers and calculation )
conclusion should be a summery about the report and the aim of it ( 200 words )
assignment guide liens are in the below attachment
Aim | To provide the knowledge and design skills to develop a residential electrical wiring system as per regulation standards. |
Learning Outcome | Selection and Design of cable sizes in compliance with IEE Wiring Regulations (AM8, AM9). |
Summary of the task
Electrical house wiring regulations are necessary to decide the conductor size of cable for 220-240 V electrical supply under different weather conditions. First, it is necessary to understand the significance of power-flow study to fix the voltage-limits from the source to the load point. Then based on 17th wiring regulations/16th IEE wiring regulations/ National wiring regulations, design the ampere carrying capacity of wires used in a house. Further, recommend the safe and cost effective earthing technique to avoid from electric shock.
Furthermore, the Course Work report should contain as per the marking scheme given in the page-3. The length of the main body text of the technical report should be between 1500 and 2000 words. Main Heading: Arial Bold, size 12; Sub Heading: Arial Bold, size 11; Body text: Arial, size 11; Line spacing – 1.5; Paragraphs – Justify.
Students are instructed to read, understand the following points to complete the given Electrical Wiring- Design task for the house:
- Conduct a power-flow study distribution radial network having 04/05 nodes to understand voltage variation from source to load by assuming load data and line data.
- Collect the electrical load capacity for all appliances of a sample residential house.
- Calculate the conductor design current (Ib), nominal current (In), perspective current (Iz), short circuit current (Isc) and % voltage drop for 1-phase, AC supply voltage with following parameters:
- Standard insulated conductors for group of 2/3/4/5/6 and clip to a surface.
- Cable operating under 03 different ambient temperature conditions.
- Refer the Appendix (Page-2) to tabulate the results obtained.
- Sketch and compare the different type of earthing systems used in Oman/Any other opted country for studies and recommend cost effective suitable earthing system.
- Calculate the earth fault loop impedance for home selected and justify its need.
Indicative References:
Hadi Saadat, 2009. Power System Analysis, McGraw-Hill, ISBN 16th 0-07-012235-0.
International Wire Sales, 2017. https://www.mdm.com/articles/38448-international-wire-sales. [Assessed: 27th Jan 2019].
Teng, J.H., 2000. A Network-Topology-based Three-Phase Load Flow for Distribution Systems. Proc. Natl. Sci. Counc. ROC (A), Vol. 24, No. 4, pp. 259-264. [Online], Available from:
https://ejournal.stpi.narl.org.tw/index/items/download?viId=40AE3F87-1F8E-499B-91C5-4D87B06844F2 [Accessed: 27th Jan 2019].
Pabla A. S, 2004. Electrical Power Distribution, Mc-Graw-Hill, ISBN 10: 0071447830.
IET Wiring Regulations 17th Edition, 2008. BS7671 [Online]. Available from: http://electrical.theiet.org/ https://www.landlord-certificates.co.uk/wp-content/uploads/2016/06/guide-to-the-wiring-regulations.pdf.compressed.pdf [Accessed: 27th Jan 2019].
Pugha, Archie D, 2012. Electrical Transmission & Substation Structures: Solutions to Building the Grid of Tomorrow. Available from: http://site.ebrary.com/lib/caledonian/detail.action?adv.x=1&docID=10960910&f00=all&f01=subject&p00=electrical+distribution&p01=%22Electric+Power+Distribution%22+OR+%22Electric+Utilities%22+OR+%22Electric+Lines%22. [Accessed: 27th Jan 2019].
Appendix -
Standards | Variation of Ambient Temperature (www.met.gov.om/opencms/export/sites/default/dgman) | |||
Parameters | IEE /IET Wiring Regulations/ | Temperature in….. oC | Temperature in… oC | Temperature in …. oC |
Ca | Table 4C1 | |||
Cg | Table 4B1 | |||
Iz in amps | ||||
Size in mm2 | Table 6A1 and 6A2 | |||
Voltage Drop mV/m/A | Table 4D2B |
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