What are some emerging trends and applications of Modelica in different industries and domains?

1 Energy and power

Modelica is widely used for modeling and simulating energy and power systems, such as renewable energy sources, smart grids, batteries, electric vehicles, and power converters. Modelica can help engineers and researchers design, optimize, and test these systems, as well as analyze their performance, stability, and reliability. For example, Modelica can be used to simulate the dynamic behavior of wind turbines, solar panels, or fuel cells, and their interactions with the grid or other components.

2 Robotics and automation

Modelica is also a powerful tool for modeling and simulating robotics and automation systems, such as industrial robots, mobile robots, autonomous vehicles, or drones. Modelica can help developers and operators create realistic models of the mechanical, electrical, and control aspects of these systems, and test them in different scenarios and environments. For example, Modelica can be used to model the kinematics, dynamics, and sensors of a robot arm, or the motion planning, navigation, and communication of a self-driving car.

3 Biomedical and health

Modelica is increasingly used for modeling and simulating biomedical and health systems, such as human physiology, anatomy, and diseases, as well as medical devices, instruments, and treatments. Modelica can help scientists and clinicians understand, predict, and improve the functioning and outcomes of these systems, as well as develop new solutions and innovations. For example, Modelica can be used to model the cardiovascular system, the respiratory system, or the nervous system, and their responses to drugs, surgery, or stimulation.

4 Education and learning

Modelica is also a valuable tool for education and learning, as it can help students and teachers learn and teach the concepts and principles of modeling and simulation, as well as various physical phenomena and disciplines. Modelica can help learners visualize, explore, and experiment with different models, libraries, and tools, and develop their skills and knowledge. For example, Modelica can be used to teach thermodynamics, mechanics, or electronics, or to create interactive simulations and games.

5 Software and web

Modelica is not only a language for physical systems, but also a language for software and web systems. Modelica can be used to model and simulate software architectures, algorithms, protocols, and interfaces, as well as web applications, services, and platforms. Modelica can help software and web developers and designers create, test, and debug their systems, as well as integrate them with other systems and technologies. For example, Modelica can be used to model the behavior and performance of a database, a web server, or a cloud service.

6 Here’s what else to consider

This is a space to share examples, stories, or insights that don’t fit into any of the previous sections. What else would you like to add?