Course Curriculum
Introduction
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1 OneLiner User Interface
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- 1.1 One-line diagram elements and navigation [Xu Zhang] (17:17)
- 1.2 Model building using keyboard, drag/drop, copy/paste [Xu Zhang] (13:32)
- 1.3 Data browser, DataWKS.bas PowerScrip tool [Xu Zhang] (16:33)
- 1.4 Keyboard accelerators, using on-line help [Xu Zhang] (11:07)
- 1.5 Exercise: Working with OneLiner user interface [Xu Zhang]
2 File and Data Management
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3 Network Modeling
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4 Short Circuit Calculations
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5 Misc Short Circuit Topics
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6 Relay Modeling
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7 OverCurrent Relay Coordination
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- 7.1 OC window including annotations and graphics and pasting pictures [Charles Henville] (26:29)
- 7.2 Transformer damage and inrush curves and custom curves [Charles Henville] (17:20)
- 7.3 Definition and specification of primary and backup pairs [Charles Henville] (11:16)
- 7.4 Curve shifting and reasons for it [Charles Henville] (14:04)
- 7.5 Primary and backup measure currents on different branches or at different voltages [Charles Henville] (12:39)
- 7.6 Primary and backup use different measuring principles [Charles Henville] (8:12)
- 7.7 Primary and backup across transformers with phase shifts [Charles Henville] (10:42)
- 7.8 Impact of mutual coupling on primary and backup coordination [Charles Henville] (20:18)
- 7.9 Stepped event analysis and application with overcurrent relays on three terminal lines [Charles Henville] (41:26)
- 7.10 Distribution coordination exercise [Charles Henville]
- 7.11 Transmission ground overcurrent relay coordination exercise (includes specification of primary and backup pairs) [Charles Henville]
8 Distance Relay coordination
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- 8.1 DS window including annotations and graphics and TTY window [Charles Henville] (15:06)
- 8.2 Difference between apparent impedance on graphic and whether or not the relay operates [Charles Henville] (11:58)
- 8.3 Example setting distance relays on 30 bus example system [Charles Henville] (17:58)
- 8.4 Curve shifting and reasons for it showing effects of infeed [Charles Henville] (9:13)
- 8.5 Example showing impact of mutual coupling [Charles Henville] (8:55)
- 8.6 Stepped event analysis resolves apparent miscoordination due to outfeed [Charles Henville] (4:03)
- 8.7 Time distance window [Charles Henville] (12:07)
- 8.8 Transmission line distance relay coordination exercise including effect of mutual coupling) [Charles Henville]
9 Logic scheme application examples [Charles Henville]
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10 Automatic Relay Coordination Checking
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- 10.1 Checking relay settings: minimum pickup, instantaneous and zone-2 reach [Sherman Chan] (21:53)
- 10.2 Checking relay coordination with stepped events [Sherman Chan] (18:31)
- 10.3 Checking relay coordination with primary/backup pairs [Sherman Chan] (10:27)
- 10.4 Relay coordination PowerScript apps [Thanh Nguyen] (21:04)
11 Misc. Relay Topics
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12 Advanced Topics
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13 PRC compliance
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14 External data source link
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15 Automation and scripting
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16 Installation and Setup
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17. Additional Topics
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