COMSOL Multiphysics, an advanced multiphysics simulation software. It makes a fundamental change to engineering practice by facilitating the development of multiphysics models, making the complex systems of our power grid function more efficiently and effectively. Today, engineering teams are taking advantage of this exciting new technology to predict cable faults and perform electromagnetic field analysis. Further, it enables them to build digital twins — overcoming the new consumption experience requirements and powering greener energy transitions.
The need for fast, dependable power delivery and rapidly evolving power grids is at an all-time high. Comprehensive tools like COMSOL Multiphysics play a critical role in helping engineering teams successfully tackle and optimize these highly integrated systems. The software is immensely important for troubleshooting. It supports cleaner, more efficient and more effective power grids that are better able to meet the diverse energy needs of tomorrow.
Enhancing Troubleshooting Efficiency
Engineering teams have relied on COMSOL Multiphysics to predict cable faults with great precision. As you might expect, by simulating the worst-case conditions and scenarios, engineers can investigate complex interactions within electrical systems. This new capability makes troubleshooting failures dramatically faster and easier. It helps teams find problems earlier, before they turn into expensive repairs or outages.
One engineer who developed a specific simulation app noted, “The simulation app plays a key role in cable maintenance. It makes the work of our field technicians more efficient by empowering them to confidently assess and repair faults.”
Use of this software goes beyond automatic fault correction. Its ability to perform electromagnetic field analysis allows engineers to visualize and understand how different components interact within a power grid. This type of real-time intelligence is essential for improving the reliability of our electrical infrastructures.
Supporting Sustainable Power Solutions
Having COMSOL Multiphysics integrated into engineering practices, brings about direct solutions. That’s because it lays the foundation for long-term sustainability. The software plays a role in building power grids that are both more efficient and sustainable. As communities—as consumers, companies, and citizens—continue to call for cleaner, more sustainable energy solutions, the tools that help us build cleaner power systems become crucial.
COMSOL Multiphysics is key in the design of magnetic couplings and in advancing noncontact power transfer technologies. By making these improvements easier to realize, the software contributes to minimizing energy losses and maximizing performance for the full system.
Discover how engineering teams are using COMSOL Multiphysics to develop digital twins of power grids. These virtual depictions allow for 24/7 observation and manipulation. This allows teams to act quickly to new developments and distribute energy resources in the most efficient way.
Meeting Modern Energy Demands
Today’s consumption and demand needs call for creative solutions – especially in how and where we generate and distribute energy. COMSOL Multiphysics unlocks the engineering genius of your teams with powerful, multiphysics tools. They can quickly process intricate dynamics in multi-scale, multi-layered interactions seen in power systems to solve tough puzzles.
Teams can leverage this simulation software to build models that take into account various operational “what-if” scenarios. These scenarios are known as peak demand periods and possible breakages. This predictive capability will be indispensable in the effort to plan and maintain energy infrastructures that can respond to dynamic energy demands.
The top airplane maker using COMSOL Multiphysics has experienced impressive changes in its manufacturing and development processes, thanks to the software’s all-encompassing features. By realizing the potential of this new technology, they are raising the bar on operational efficiency and reliability for the entire industry.