WAE100 Demand project Assignment

MAXIMUM DEMAND PROJECT ASSIGNMENT

• The specifications provided are for 5 x Shop Units supplied with underground power and to be Multiple Master metered. (check Western Power website for meter layout details)
• Only a minimum amount of information has been provided for this project. Circuit loading, number  of final sub-circuits and many other specifications have been left out deliberately. Provide your own transformer size (to be located on premises), number of circuits for each of lighting, power, air specifications for cable sizes, circuit protection device size, Ka rating and type, minimum conditioning, hot water services etc. Allow a 0.8 power factor for the Transformer but do not allow for future expansion.
• The Consumer Main and Sub-main cables are to be V75 multicore. The Consumer mains are buried enclosed in the ground. The Sub-mains are installed in conduit, spaced on perforated tray.
• When selecting minimum cables sizes you must provide evidence (Via Calculation, Tables, Clause's etc) to ensure they satisfy Volt Drop, Cable Current Carrying Capacity and Fault Loop Impedance.
• Show Lmax for 2 FSC's and temp rise ('K' Factor) for C.M. and Sub-mains.

Please attach this checklist to your assignment

1. Cover Sheet (as supplied)
2. Detail assumptions made and proposed installations method
3. Maximum Demand calculations for:
   • Sub-mains
   • Consumer Mains
4. Select mains, sub-mains and final sub circuit cables, (provide table, column number and de-rating from AS/NZS 3008)
5. Tabulate actual volts drop in all main, sub-main and final circuits (use table format)
6. Show worst case volt drops diagrammatically. Make statement regarding compliance.
7. Show Prospective Fault Current levels in Main & all Sub-mains based on your selected Transformer size (show calculations/selection methods)
8. Show calculation and acceptability of short circuit duration for conductors selected. (Mains and sub-mains only). Ref AS/NZS3008. Make statement regarding suitability.
9. Show calculations (or table selection) of fault loop impedance/maximum length of final circuits (viz, longest final circuit runs for various sized cables and CB's). Make statement regarding compliance.
10. Provide metering connection drawings as per the Western Australia Distribution Connections Manual. (Show cable & protection sizes, links, earths etc) as
    selected to suit project requirements.
11. Provide single line diagram of a typical distribution board (show all earths, bonding, conductor sizes, CB sizes, RCD's)

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