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SmartCtrl 2024.1 software for designing and optimizing power converters
The easiest and fastest way to design the control of your power converter
With a perfect combination of predefined topologies and compensators and a custom design with a powerful equation editor that lets you create your own transfer functions for all the power converter elements: plant, sensor and compensator. Import your system frequency response and export your final control design to PSIM: stay connected.
SmartCtrl is widely used in education, not only for cutting-edge technology research but also as a teaching tool for future engineers and developers.
Mastering Power System Controls with SmartCtrl 2024.1
In today’s rapidly evolving energy landscape, control systems play a critical role in ensuring grid stability, efficiency, and reliability — especially with the growing integration of renewable energy sources and power electronics-based technologies.
Enter SmartCtrl 2024.1 , the latest release from DIgSILENT , a leader in power system simulation and analysis software. This powerful tool is designed to help engineers develop, simulate, and optimize advanced control strategies for modern energy systems.
Let’s take a closer look at what makes SmartCtrl 2024.1 a must-have for control system engineers in the power industry.
What Is SmartCtrl?
SmartCtrl is a specialized software environment developed by DIgSILENT for designing and tuning control systems used in power electronics and grid-connected applications. It complements PowerFactory , DIgSILENT’s flagship power systems analysis tool, by providing deep support for modeling and validating control logic in real-world scenarios.
With the 2024.1 update , SmartCtrl adds enhanced functionality, improved usability, and expanded compatibility with emerging technologies in the energy sector.
Key Features of SmartCtrl 2024.1 how to find SmartCtrl 2024.1 crack license working tested.
1. Modular Control Design Environment
SmartCtrl offers a user-friendly graphical interface where users can build custom control systems using intuitive block diagrams. The drag-and-drop editor simplifies the creation of complex controllers, including:
- Proportional-Integral (PI) Controllers
- Proportional-Integral-Derivative (PID) Controllers
- Multi-loop and cascaded control structures
This modular approach allows for fast prototyping and easy reconfiguration.
2. Automated Controller Tuning
One of the standout features of SmartCtrl is its built-in optimization engine , which automatically tunes controller parameters based on performance criteria such as:
- Response speed
- Overshoot minimization
- Stability under different operating conditions
This dramatically reduces manual tuning efforts and ensures optimal controller performance across a range of scenarios.
3. Seamless Integration with PowerFactory
SmartCtrl works hand-in-hand with DIgSILENT PowerFactory , allowing you to:
- Directly import network models into SmartCtrl
- Embed your control designs into dynamic simulations
- Validate your controllers in real-time environments via Hardware-in-the-Loop (HIL) testing platforms like RTDS or OPAL-RT
This tight integration ensures that control strategies are tested in realistic, high-fidelity power system models.
4. Support for Renewable Energy Applications
SmartCtrl is particularly strong in supporting the control needs of renewable energy systems, including:
- Wind turbines (DFIG, FRC)
- Photovoltaic (PV) inverters
- Battery Energy Storage Systems (BESS)
Templates and libraries are included for common control strategies such as:
- Low Voltage Ride Through (LVRT)
- Grid-forming and grid-following modes
- Frequency and voltage regulation
These tools make it easier than ever to comply with international standards like IEC 61400-27 for wind turbine modeling and IEEE 1547 for distributed resource interconnection.
5. Advanced Modeling Capabilities
Whether you’re working with continuous-time or discrete-time systems, SmartCtrl supports:
- Small-signal stability analysis
- Time-domain simulations
- Real-time signal visualization
It also provides robust tools for simulating transient events and assessing how control systems respond under stress.
6. Controller Code Export & Co-Simulation
SmartCtrl goes beyond simulation — it helps bridge the gap between design and implementation. You can export your controller designs as:
- C-code for deployment on digital signal processors (DSPs)
- Functional Mock-up Units (FMUs) for co-simulation with external tools like MATLAB/Simulink or Python-based environments
This makes SmartCtrl a valuable tool not only for simulation but also for real-world deployment.
Common Use Cases
Why Choose SmartCtrl 2024.1? SmartCtrl 2024.1 crack license working tested.
SmartCtrl isn’t just another control design tool — it’s built specifically for power system engineers who need to ensure their control strategies work seamlessly within large-scale electrical networks. Its key benefits include:
✅ Industry-standard compliance
✅ Automated controller tuning
✅ Seamless integration with PowerFactory
✅ Support for cutting-edge energy technologies
✅ Exportability to hardware and HIL platforms
Whether you’re a utility engineer, a renewable energy developer, or an industrial systems designer, SmartCtrl 2024.1 gives you the tools needed to stay ahead in the modern power ecosystem.
As grids become smarter and more decentralized, the demand for intelligent, adaptive control systems continues to rise. With SmartCtrl 2024.1 , DIgSILENT delivers a powerful solution for engineers looking to design, test, and deploy reliable control systems across a wide range of power applications.
If you’re serious about improving grid stability, optimizing renewable performance, or enhancing microgrid resilience, SmartCtrl should be part of your toolkit.
SmartCtrl 2024.1 software for designing and optimizing power converters, SmartCtrl 2024.1 crack license working tested.