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Dedicated to providing high quality specialty engineering services & studies. We deliver precise, high-quality power system studies, simulations, and modeling using advanced tools and deep industry expertise. Dedicated to providing high quality specialty engineering services & studies. We deliver precise, high-quality power system studies, simulations, and modeling using advanced tools and deep industry expertise.Add your main body content here.
Dedicated to providing high quality specialty engineering services & studies. We deliver precise, high-quality power system studies, simulations, and modeling using advanced tools and deep industry expertise. Dedicated to providing high quality specialty engineering services & studies. We deliver precise, high-quality power system studies, simulations, and modeling using advanced tools and deep industry expertise.
Direct translation of Power System Data into PSCAD
Direct translation of Power System Data into PSCAD
Direct translation of Power System Data into PSCAD
Direct translation of Power System Data into PSCAD
Direct translation of Power System Data into PSCAD
Direct translation of Power System Data into PSCAD
Auto-Routing
The algorithm used to automatically generate the circuit layout in PSCAD based purely on busses and connection information (from the PSS/E.raw file) is based on Graph Theory.Add your main body content here.
The algorithm used to automatically generate the circuit layout in PSCAD based purely on busses and connection information (from the PSS/E.raw file) is based on Graph Theory.
Auto-Routing
The algorithm used to automatically generate the circuit layout in PSCAD based purely on busses and connection information (from the PSS/E.raw file) is based on Graph Theory.Add your main body content here.
The algorithm used to automatically generate the circuit layout in PSCAD based purely on busses and connection information (from the PSS/E.raw file) is based on Graph Theory.
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Example 1
The first image shows a portion of a network near a bipolar HVDC converter station The circuit is loaded in PSCAD V4 and was directly generated by E-TRAN from a PSS/E .raw input file. (Click on the image to download a higher resolution picture.)
The original circuit was more than 18,000 busses, but, for this example, E-TRAN directly translated only 1 bus away (which resulted in a 15 bus circuit) from the HVDC bus and formed a network equivalent of the remaining circuit.
The second image shows the equivalent network on a sub-page. The voltage magnitude and phase angle of the equivalent sources are automatically calculated to match the power flow of the solved loadflow. Note the multi-port equivalent is valid for steady state as well as for open/short circuit conditions.
E-TRAN converted the circuit, using only the PSS/E .raw file, directly into a PSCAD Version 4 .psc file in three phase Single Line Diagram (SLD) format.
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