About PSIM
PSIM is a simulation software from Altair Engineering that provides a platform for modeling and analyzing power electronic systems and electrical drives. It offers capabilities such as transient simulation, component libraries, and real-time simulation to support detailed system analysis and design. PSIM is widely used in industries like automotive, aerospace, and renewable energy to facilitate the development of efficient power systems. The software allows engineers to test their designs under various operating conditions and validate system performance before physical prototyping. Key capabilities: transient simulation component libraries real-time simulation user-friendly interface extensive documentation Best for: engineers and researchers that need to model and analyze power electronic systems.
PSIM by Altair is a powerful and specialized simulation tool that has established itself as a leader in power electronics and motor drive design. The software's primary strength lies in its speed and stability, setting it apart from more general-purpose simulators like SPICE. PSIM's use of ideal switches allows for remarkably fast and reliable simulations, making it an ideal choice for system-level studies and rapid design verification. This superior performance is a major advantage for engineers who need to quickly iterate through design concepts and analyze the performance of complex systems. One of its most standout features is the seamless integration of various design tools and capabilities. From quick power loss calculations to automatic embedded code generation, PSIM provides a comprehensive workflow that significantly reduces the time from concept to hardware implementation. The ability to easily co-simulate with popular third-party tools like MATLAB Simulink and JMAG further extends its utility, allowing engineers to leverage a wide range of resources within a single, connected environment. However, PSIM is a highly specialized tool, and some reviewers have noted potential drawbacks.
Pros & Cons
- Provides rapid simulation speed to run multiple tests and scenarios in a fraction of time
- it has the ability to reliably converge on a solution
- Includes a user-friendly interface for easy implementation
- It has robust features for power electronics
- It has the ability to seamlessly integrate with other popular software like MATLAB Simulink, JMAG, and LTspice.
- High learning curve, difficult for beginners to grasp
- The graphics interface reloads at each movement
- Lack of detailed information on the solver
- It's not the best choice for "non-ideal" or parasitic-level simulations
Features
Key features
Simulates high-speed switching without the convergence issues common in other tools, allowing for more reliable and faster simulation.
Accurately calculates switching and conduction losses for devices like MOSFETs, IGBTs, and SiC/GaN devices, as well as core and winding losses, without slowing down the simulation.
Automatically generates high-quality, consistent C code from a PSIM control schematic, significantly reducing development time and cost for rapid control prototyping.
Includes built-in tools for Monte Carlo, Sensitivity, and Fault Analysis, which assist in Design Failure Mode and Effect Analysis (DFMEA).
Allows users to directly enter custom C code into a block, which the software then interprets and executes at runtime without the need for a separate compiler.
Enables co-simulation with SPICE-based software, allowing for detailed analysis of parasitic interactions and gate drive circuits within the PSIM environment.
Seamlessly integrates with tools like MATLAB Simulink, JMAG, Questa/ModelSim, LTspice, and any FMI-supporting software.
Provides specialized suites for power supplies, motor drives, EMI analysis and filter design, and hybrid/electric vehicle (HEV) powertrain systems.
Offers an integrated solution for simulating systems that combine electrical, mechanical, and thermal components.
Additional features
Enables co-simulation with SPICE-based software, allowing for detailed analysis of parasitic interactions and gate drive circuits within the PSIM environment.
Seamlessly integrates with tools like MATLAB Simulink, JMAG, Questa/ModelSim, LTspice, and any FMI-supporting software.
Provides specialized suites for power supplies, motor drives, EMI analysis and filter design, and hybrid/electric vehicle (HEV) powertrain systems.
Offers an integrated solution for simulating systems that combine electrical, mechanical, and thermal components.
Pricing
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Available in
Interface languages
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About PSIM
PSIM is a simulation software from Altair Engineering that provides a platform for modeling and analyzing power electronic systems and electrical drives. It offers capabilities such as transient simulation, component libraries, and real-time simulation to support detailed system analysis and design. PSIM is widely used in industries like automotive, aerospace, and renewable energy to facilitate the development of efficient power systems. The software allows engineers to test their designs under various operating conditions and validate system performance before physical prototyping. Key capabilities: transient simulation component libraries real-time simulation user-friendly interface extensive documentation Best for: engineers and researchers that need to model and analyze power electronic systems.
PSIM Details
PSIM's In-App Market Place
Does PSIM have an in-app market place?
Yes
How many Mini-Apps in the marketplace?
1
Mini Apps
N/A
Pricing Options
Accepted Payment Currencies
USD ($), EUR (€), GBP (£), JPY (¥), AUD ($), CAD ($), CNY (¥), INR (₹), RUB (₽)
Pros & Cons
- Provides rapid simulation speed to run multiple tests and scenarios in a fraction of time
- it has the ability to reliably converge on a solution
- Includes a user-friendly interface for easy implementation
- It has robust features for power electronics
- It has the ability to seamlessly integrate with other popular software like MATLAB Simulink, JMAG, and LTspice.
- High learning curve, difficult for beginners to grasp
- The graphics interface reloads at each movement
- Lack of detailed information on the solver
- It's not the best choice for "non-ideal" or parasitic-level simulations
PSIM's Support Options
Contact
+1 (248) 614-2400Community Forums
https://community.altair.com/PSIM's Alternatives
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