Getting Started
- Introduction to the OPAL-RT Power Electronics Add-On for NI VeriStand
- Software Requirements
- Hardware Requirements
- Installation
- Licensing
- Getting Started with an Example Project
Power Electronics Add-On Custom Device
- Supported Hardware Configurations
- Circuit Model Section
- Hardware Configuration Section
Examples
- 1. Three Phase Rectifier
- 1.0 Opening the Example
- 1.1 Configuring the Real-Time Controller
- 1.2 Selecting a Hardware Configuration
- 1.3 Updating the Circuit Model
- 1.4 Configuring the Sources of the Model
- 1.5 Configuring the Switches of the Model
- 1.6 Setting Default Values for the Sinewave Generators
- 1.7 Configuring the Waveforms of the Simulation
- 1.8 Deploying and Running the Simulation
- 1.9 Controlling and Monitoring the Simulation
- 2. Two Level Inverter
- 2.0 Opening the Example
- 2.1 Configuring the Real-Time Controller
- 2.2 Selecting a Hardware Configuration
- 2.3 Updating the Circuit Model
- 2.4 Configuring the Sources of the Model
- 2.5 Configuring the Switches of the Model
- 2.6 Setting Default Values for the SPWM Generators
- 2.7 Configuring the Waveforms of the Simulation
- 2.8 Deploying and Running the Simulation
- 2.9 Controlling and Monitoring the Simulation
- 3. Dual PMSM VDQ Local Control
- 3.0 Opening the Example
- 3.1 Configuring the Real-Time Controller
- 3.2 Selecting the Hardware Configuration
- 3.3 Configuring the Electrical Models
- 3.4 Configuring the Sources of the Model
- 3.5 Configuring the Switches of the Model
- 3.6 Setting Default Values for the Signal Generators
- 3.7 Configuring the Waveforms of the Simulation
- 3.8 Configuring the Local Controller
- 3.9 Deploying and Running the Simulation
- 3.10 Controlling and Monitoring the Simulation
- 4. Dual PMSM SH Local Control
- 4.0 Opening the Example
- 4.1 Configuring the Real-Time Controller
- 4.2 Selecting the Hardware Configuration
- 4.3 Configuring the Electrical Models
- 4.4 Configuring the Sources of the Model
- 4.5 Configuring the Switches of the Model
- 4.6 Setting Default Values for the Signal Generators
- 4.7 Configuring the Waveforms of the Simulation
- 4.8 Configuring the Local Controller
- 4.9 Deploying and Running the Simulation
- 4.10 Controlling and Monitoring the Simulation
- 5. Quad SCIM Constant Local Control
- 5.0 Opening the Example
- 5.1 Configuring the Real-Time Controller
- 5.2 Selecting the Hardware Configuration
- 5.3 Configuring the Electrical Models
- 5.4 Configuring the Sources of the Model
- 5.5 Configuring the Switches of the Model
- 5.6 Setting Default Values for the SPWM Generators
- 5.7 Configuring the Waveforms of the Simulation
- 5.8 Configuring the Local Controller
- 5.9 Deploying and Running the Simulation
- 5.10 Controlling and Monitoring the Simulation
- 6. 6-Phase PMSM VDQ Local Control
- 6.0 Opening the Example
- 6.1 Configuring the Real-Time Controller
- 6.2 Selecting the Hardware Configuration
- 6.3 Configuring the Electrical Models
- 6.4 Configuring the Sources of the Model
- 6.5 Configuring the Switches of the Model
- 6.6 Setting Default Values for the Signal Generators
- 6.7 Configuring the Waveforms of the Simulation
- 6.8 Configuring the Local Controller
- 6.9 Deploying and Running the Simulation
- 6.10 Controlling and Monitoring the Simulation
How-To
- How to Add the Power Electronics Add-On to the System Definition
- How to Select a Hardware Configuration
- How to Duplicate an Existing Hardware Configuration
- How to Distribute Custom Hardware Configurations
- How to Create a Circuit Model
- How to Add a Circuit Model to the System Definition
- How to Simulate a Three Phase Voltage Source using Sinewave Generators
- How to Display Simulated Signals using Waveforms
- How to Log Waveform Data to a File
- How to Tune Switch Conductance (Gs)
- How to Use the Scenarios Feature
- How to Add Custom Models
- How to Simulate a Drive with a Machine
- How to Reduce PMSM SH Signal Error In High Impedance Conditions
Appendix
- Supported Circuit Editors
- Hardware Configuration Manager
- Processor Assignments
- Permanent Magnet Synchronous Machine Models Comparison
- JMAG-RT RTT File Generation Recommendations
- Motor Model File [JSON]
- Archived Features
Release Notes
- Power Electronics Add-On 1.12.0
- Power Electronics Add-On 1.11.0 [Restricted]
- Power Electronics Add-On 1.10.0
- Power Electronics Add-On 1.9.0
- Power Electronics Add-On 1.8.0
- Power Electronics Add-On 1.7.0
- Power Electronics Add-On 1.6.2
- Power Electronics Add-On 1.6.1
- Power Electronics Add-On 1.6.0
- Power Electronics Add-On 1.5.0
If you have any questions, please refer to our online Knowledge Base:
http://www.opal-rt.com/support-knowledge-base/
Technical Support Requests:
https://www.opal-rt.com/contact-technical-support/
If you don’t find answers for the issues you are having, do not hesitate to contact us, and we’ll make sure to help you through your first steps and answer all your questions.
Return Merchandise Authorization (RMA):
http://www.opal-rt.com/return-marchandise-authorization/
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