Ashlu Creek Impact Study - BC Hydro - Transmission
Ashlu Creek Impact Study - BC Hydro - Transmission
Ashlu Creek Impact Study - BC Hydro - Transmission
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<strong>Ashlu</strong> IPP <strong>Impact</strong> <strong>Study</strong> June 2006<br />
Executive Summary<br />
Table of Content<br />
1.0 Background 1<br />
2.0 Purpose of <strong>Study</strong> 1<br />
3.0 <strong>Study</strong> Assumptions 1<br />
4.0 System Studies 1<br />
4.1 Steady State Power Flow study 1<br />
4.2 Short Circuit study 2<br />
4.3 Power Flow Based First Contingency study 2<br />
4.4 Reliability study 3<br />
4.5 Transient Stability study 3<br />
4.6 Islanding 4<br />
4.7 Black Start Capability 4<br />
5.0 Conclusion and Discussions 4<br />
Appendix<br />
Load flow one-line Diagram for normal and contingency conditions 6<br />
Models for IPP power plant excitation control system 10<br />
Stability swing of rotor angle for 3 phase fault on CKY 230 kV bus 14<br />
Stability swing of bus voltage for 3 phase fault on CKY 230 kV bus 15<br />
Stability swing of line flow for 3 phase fault on CKY 230 kV bus 16<br />
Stability swing of bus frequency for 3 phase fault on CKY 230 kV bus 17<br />
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This document contains proprietary information and shall not be reproduced in whole or in part without the prior written consent of <strong>BC</strong>TC<br />
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