CENOS™ BBS is an advanced modelling and simulation tool that helps you shorten development times and reduce costs
Simulation doesn't have to be a luxury. CENOS™ makes it affordable and accessible to everyone, including beginners.
Busbars are used in power distribution systems and usually carry very high currents, which poses a challenge for engineers to deal with resistive losses, overheating and thermal stresses.
These problems combine multiple different fields of physics - high current density gradients causes large ohmic losses, which in turn can cause high temperatures, which can lead to excessive thermal stresses CENOS™ BBS is a simulation software that can easily simulate interaction between all these physical factors.
When companies need to know how and if their breakthrough ideas will work, they need to use simulation tools to bridge the gap between design and reality. CENOS™ allows you to mimic the real world and design it.
With our comprehensive, easy-to-use software suite that covers the entire spectrum of physics and provides access to all areas of engineering simulation, you can design anything!
Choose CENOS™ for your next project.
Why use overcomplicated simulation software when it can be simple
2. Define physics
Apply power/current/voltage excitation
Phase shift (AC)
Re-load CAD with adjusted geometry (all settings will be preserved) for design studies. CENOS provides native two-way coupling with Fusion360, Autodesk Inventor and FreeCAD for seamless parametric studies.
1. Choose geometry
Assign roles to geometry components.
3. Analyse results
Analyze resistive losses, inductance, electric field and current density distribution, heating and thermal distribution, Lorence force and thermal stresses.
One-click PDF report
Instant in-software support chat with engineers
We'll keep you posted when the simulation software is available.
We focus on usability and affordability for engineers worldwide
Main areas of the CENOS™
Create simulations for AC/DC busbars used in electrical power distribution systems. Study the mutual effects multiple busbars have when in proximity to one another. Analyze heating, resistive losses and thermal stresses on your busbars. Use powerful visualization tools to share and analyze various designs with colleagues and partners.
CAD file support
A user of CENOS™ simulation software can easily upload CAD (step) files. In the majority of cases, the mesh is created automatically. Recent tests by our engineers have shown that 75% of all CAD fields are successfully meshed automatically, only the remaining 25% need to be meshed manually.
Recalculation and analysis
All settings are kept if the user wants to recalculate the model with changed parameters. If the user changes a geometric parameter, the file CAD can be reloaded; all model parameters are retained and the mesh is automatically rebuilt, whether generated by CENOS™ or controlled by the user.
Thermal & electrical contact resistance
Power, thermal input
Current phase shift
Multi-thread calculation (no limit)
Peripheral objects of any complexity
Automatic meshing algorithms
Automatic local refinement
Advanced manual meshing interface
Control for mesh density gradient
Electric and magnetic fields
Eddy current, heat distribution
Lorentz force and thermal stresses
Export to spreadsheet
PRICING & PLANS
Choose CENOS™ simulations for affordable price and ease of use
This is the starting price of the app. The actual price would depend on the list of features and the complexity of the application as soon as it is available for purchase.
To be launched Q4 2022
Book a demo for more
We'll get in touch with you today!
Two things that make CENOS™ customers particularly happy*
All simulation results as a one-click PDF report that you can send to colleagues or print.
*with PRO plan only.
CENOS™ support engineers are available 24/7 via the in-software chat.
CENOS™ instant support is one of the most appreciated features within the simulation software.