PLECS Standalone is a powerful, autonomous software package designed specifically for the time-domain simulation of power electronic systems. It provides a comprehensive all-in-one solution for modeling complex electrical circuits and sophisticated control systems within a single environment. This platform is ideal for users who require independence from other simulation tools, offering the flexibility and capability to design, simulate, and analyze systems without relying on external platforms.
One of the key advantages of PLECS Standalone is its optimized simulation engine, which enables it to run significantly faster than PLECS Blockset. This speed advantage, combined with a comprehensive block library, makes PLECS Standalone a cost-effective yet robust solution for dynamic system simulation across a wide range of applications.
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PLECS Standalone includes dedicated solvers that are tailored for solving circuit equations, giving users the option to choose between variable-step and fixed-step solvers. Variable time-step solvers are particularly beneficial as they dynamically adjust the step size during simulations based on model dynamics, ensuring accurate and efficient simulations. The software features both implicit and explicit variable-step solvers, making it suitable for both stiff and non-stiff systems.
The platform also excels in modeling sampled data systems, which are discrete systems that change only at specific intervals. PLECS Standalone allows for the simulation of systems with different sample rates and supports the integration of both continuous and discrete blocks, offering extensive flexibility in system design.
Key Features:
Autonomous Simulation: PLECS Standalone operates independently, allowing users to design and simulate power electronic systems without reliance on other platforms.
Optimized Simulation Engine: The software runs significantly faster than PLECS Blockset, enabling efficient simulations of complex systems.
Comprehensive Block Library: PLECS Standalone offers an extensive library of blocks for modeling various electrical components and control systems, enhancing flexibility and usability.
Dedicated Solvers: Users can choose between variable-step and fixed-step solvers tailored for solving circuit equations. Variable time-step solvers adjust dynamically based on model dynamics, ensuring accurate simulations.
Support for Stiff and Non-Stiff Systems: The software includes both implicit and explicit variable-step solvers, making it suitable for a wide range of applications, including stiff and non-stiff systems.
Sampled Data Systems Modeling: PLECS Standalone excels at modeling discrete systems that change at specific intervals, allowing for periodic or variable interval sampling.
Integration of Continuous and Discrete Blocks: Users can seamlessly integrate both continuous and discrete elements within their simulations, providing greater design flexibility.
User-Friendly Interface: The software features an intuitive interface that simplifies navigation and enhances user experience.
Interoperability with PLECS Blockset: Models can be exchanged with PLECS Blockset users through import and export functions, facilitating collaboration and sharing of resources.
Extensive Documentation and Support: PLECS Standalone comes with comprehensive documentation and support resources to assist users in maximizing the software’s potential.
System Requirements
Windows: Requires Windows 10 (64-bit) or newer.
Mac (Intel): Compatible with macOS 10.15 or newer.
Mac (ARM): Requires macOS 12 or newer.
Linux: Must have a 64-bit kernel (2.6 or newer) with glibc 2.15 and libX11 (Xlib) version 6.2.1 or newer, along with libncurses5.x.