Performing Power System Studies
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Electrical power systems that include advanced measurement infrastructure, large penetrations of distributed energy resources, integration of power converters, and operation of non-standard components, introduce an increased level of both risk and opportunity, compared to traditional power systems. Simulation models are an essential part of power system studies, but a broader computational framework is needed to extract the most value from those studies, and reduce the risk of the decisions that you make from the outcome of those studies.
In this webinar, MathWorks and IREQ will demonstrate the following tasks within power system studies through worked examples,
Developing simulation models suitable for different time periods
Replaying recorded data through a simulation model
Developing a customized simulation component
Running multiple scenarios on multiple cores
Working with large amounts of simulation data
Automating the generation of reports
Product Focus
SimPowerSystems
Parallel Computing Toolbox
Statistics and Machine Learning Toolbox
Видео Performing Power System Studies канала MATLAB
Get Pricing Info: https://goo.gl/kDvGHt
Ready to Buy: https://goo.gl/vsIeA5
For more videos on Performing Power System Studies visit, https://www.mathworks.com/videos/series/performing-power-system-studies-101128.html
Electrical power systems that include advanced measurement infrastructure, large penetrations of distributed energy resources, integration of power converters, and operation of non-standard components, introduce an increased level of both risk and opportunity, compared to traditional power systems. Simulation models are an essential part of power system studies, but a broader computational framework is needed to extract the most value from those studies, and reduce the risk of the decisions that you make from the outcome of those studies.
In this webinar, MathWorks and IREQ will demonstrate the following tasks within power system studies through worked examples,
Developing simulation models suitable for different time periods
Replaying recorded data through a simulation model
Developing a customized simulation component
Running multiple scenarios on multiple cores
Working with large amounts of simulation data
Automating the generation of reports
Product Focus
SimPowerSystems
Parallel Computing Toolbox
Statistics and Machine Learning Toolbox
Видео Performing Power System Studies канала MATLAB
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