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EEP201 Fundamentals of Power System Earthing - QUT

EEP201 Fundamentals of Power System Earthing - QUT

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• An overview <strong>of</strong> manufacture, testing and standards for insulated cables• Some notes on cable accessories• A study <strong>of</strong> the underground cable circuit planning, design and installation:• Concept design/feasibility studies and cost estimates• Details design, permits and approvals• Civil and electrical construction and testing• Considerations in the management <strong>of</strong> an underground cable installation:• Important aspects <strong>of</strong> safety• Considerations <strong>of</strong> ratings including the importance <strong>of</strong> a knowledge <strong>of</strong> thecable environment• Factors that affect cable ageing <strong>of</strong> different types <strong>of</strong> cables• A look at maintenance practices, monitoring systems and diagnostics.• A brief look at fault locationRecommended Prior Study: EEP202, EEP212, EEP214, EEP221, EEP223EEP240 Organisation and Financial Management inthe ESI• Financial reporting, including pr<strong>of</strong>it and loss and balance sheet.• Interpretation <strong>of</strong> financial data and commercial practices with respect to variousline items in financial reports.• Key performance indicators, the derivation, interpretation and pitfalls.• Financing arrangements.• Taxation issues that affect the industry including income tax, repairs, tax effect <strong>of</strong>depreciation and capital gains tax.• Various asset management issues including inventory and fixed assets.• Cost volume pr<strong>of</strong>it analysis including break-even, contribution margin and EBIT.Student Comments"Excellent - more subjects <strong>of</strong> this nature in the course please!" EnergexEEP241 Distance Protection• Current transformers: transient performance, saturation factors and effects ondistance relay performance.• Voltage transformers: transient performance and effects on distance relayperformance.• Distance protection: select a suitable relay characteristic based on anunderstanding <strong>of</strong> relay comparator operation (amplitude and phase anglecomparators), implement non-switched distance protection schemes, implementswitched distance protection schemes (including allowance for various startercharacteristics), allow for the effects <strong>of</strong> mutual coupling with other feeders, designprotection schemes and set relays for teed feeder systems and also for bridgedor paralleled feeder configurations, allow for the effects <strong>of</strong> arc and/or faultresistance, ensure that load encroachment does not cause inadvertent tripping,ensure healthy phase fault currents do not degrade distance relay performance,

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