Download Altair PSIM 2024.1 x64 full license
Link download Altair PSIM 2024.1 win64 full activated
Working with Altair PSIM 2024.1 full
Interface language: English
System Requirements: Win 10/11 64bit
Description: Altair PSIM 2024.1 for designing and modeling power electronics and engine control devices. Power electronics modeling in PSIM provides high modeling speed while providing high-quality results at the system level.
Verification and modeling in PSIM
The process of verification of the project in the early stages of design is crucial to ensure reliable design of the product. PSIM provides a wide range of project verification tools:
Monte Carlo Analysis. This is a statistical analysis that calculates the response of the scheme, when the parameters of the components change randomly according to the given statistical distribution (for example, normal (gauss) distribution, uniform distribution, etc.). The Monte Carlo analysis can be used to assess the impact of changes in key components on the power output power output. The change of the component may result from the production tolerance or wear of the component over time. The Monte Carlo analysis is recommended to be used to understand which tolerances should have key components.
Sensitivity Analysis allows you to determine how the output characteristics of the scheme change when one or more of its components change. This analysis is often used to identify the most sensitive key components in the chain.
A Fat Analysis allows a chain analysis in failure conditions, such as a short circuit closure or cliff of the component circuit. A failure analysis helps to assess whether the design can pass various failure tests and whether a specific failure can lead to catastrophic consequences.
The results of the project verification can significantly help the engineer to evaluate and improve the performance and reliability of the design.
Generation of built-in code
SimCoder automatically generates high-quality C code from the PSIM control circuit. Automatic code generation eliminates human error and allows you to increase the design speed, reduce the cost of development and speed up the release of the finished device to the market.
Therming modeling
For switching devices (diodes, MOSSET, IGBT), thermal modeling allows you to calculate losses either at a fixed temperature effect or when the heat dissipation through the circuit of the thermal equivalent of the radiator. Thermal analysis will ensure that the devices remain in a safe work area. Starting with the version of PSIM 11, the user has the ability to simulate the characteristics of semiconductors with a wide prohibited zone – SiC and Gan – using a field OUDR transistor (Eon).
Losses in the core and PSIM winding for inductors are based on the size of the core, the physical structure of the winding, etc. d. to ensure that complex relationships are accounted for, such as the intimacy effect. Loss calculations depend on temperature, and to reflect this dependence in the models, the transition temperature or the nucleus temperature is used.
Functionality of PSIM
Analysis and design of complex electric drive systems
Significantly accelerate the process of designing your electric drive – quickly and easily. PSIM provides powerful tools for designing, modeling and analyzing electric drives.
– Estimation of engine performance.
– Design of the feedback circuit controller by current/speed:
• Touch or Sensory control, FOC/DTC.
Determination of the size of the main components of the power converter:
• Calculation of inverter losses and comparison of devices.
• DC tyres size and size. connecting capacitor.
• Evaluation of the electromagnetic interference filter.
Power Sources
– Assessment of several topology and performance characteristics of the converter:
• Analysis of the worst case and analysis by the Monte Carlo method.
• Frequency analysis.
• Analysis of sensitivity and failures.
– Switching speed and its impact on:
• Dimensions of magnets and captors.
• Protility and losses in the components.
• Electromagnetic interference.
– Development and operation of the electromagnetic interference filter (EMI).
– Development and implementation of the management system:
• Analog or digital
• Bed capacity
• Introl and verification of digital control
• Prototype with fast control (RCP)
Batteries, Photovoltaics, Wind generators
Storage and energy generation are becoming increasingly important as the network becomes increasingly distributed and renewable energy sources make up an increasing share of electricity production. Users of PSIM solutions use models of batteries and photovoltaic cells (PV) for microgrids, modeling satellite energy flows, electric vehicle (EV) drives and more. All models of machines have 4 quadratures, which allows you to “move” or “generate”. Use this feature to simulate the power plant of an electric vehicle with drive cycles and recuritive braking or combine it with our model of a wind turbine to simulate a wind power system.
The main characteristics of the model include:
• Different models of batteries: based on reference table, based on equations, with varying charge/charge resistance, etc.
• Various photovoltaic models: technical data based on standards.
• The wind turbine
• Supercapisser
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