The CYME 9.4 software is here to help you with your energy transition efforts. We have invested in the following areas:

• Planning for behind-the-meter technologies
• Long-term planning solution
• New features and improvements

More detailed information is also available in the Readme document available in our users portal (downloads section).

For information on the CYME Software, or for a web demo, please reach out to us at cymeinfo@eaton.com.

To all CYME Scripting tool with Python users, Python 3.11 is available for the latest revisions. For more details go to Python 3.11 Upgrade

You are invited to join us for the 2023 CYME Users Group Meeting, being held June 5-9, 2023 at the Le Westin, Montreal. 

Please register here 

Here is the agenda, it will be updated as we get closer to the event

Thank you 

You are invited to join us for the 2023 CYME Users Group Meeting, being held June 5-9, 2023 at the Le Westin, Montreal. Each year we welcome CYME power engineering software users from around the world to participate in our training sessions,meet with our technical team and share best practices with other power users.

We’ll send additional information on training, presentation topics and registration soon. In the meantime, please mark your calendarsand plan to join us for this opportunity to deepen your expertise in making the most of CYME software, part of Eaton’s Brightlayer Utilities suite

Aimed at supporting utilities in their efforts to modernize their long-term grid planning framework. Eaton’s CYME is pleased to announce the new CYME 9.3 including additional functionality related to long-term planning in the scope of the Steady State Analysis, the Advanced Project Manager, and the Long-Term Planner.  The version brings several updates reflected in the most recent standards covering Fault, Arc Flash Hazards, and Reliability Analyses. Key new functionalities that deliver added capabilities are now available, such as Flicker Assessment and new nonlinear models for DER fault contributions, both for grid-connected and islanded microgrid simulations. Improvements have also been made to the load flow to improve convergence on circuit models with multiple controls.

More detailed information is also available in the Readme document available in our users portal (downloads section).

For information on the CYME Software, or for a web demo, please reach out to us at cymeinfo@eaton.com.

Following clean energy trends and integrating the most recent cable thermal rating advances, Eaton’s CYME is pleased to announce the new CYMCAP 8.2 software version including a new module for submarine cable installations as well as a wide range of enhanced capabilities and new functionalities. As part of the Brightlayer Utilities suite, CYMCAP power cable ampacity software helps design engineers increase system reliability and supports the proper utilization of installed equipment by efficiently calculating ampacity and temperature rise of power cable installations.

Users can get more details on CYMCAP 8.2 by downloading the New features document 

More detailed information is also available in the Readme document and the Reference Manual available in our users portal (downloads section).

For information on the CYMCAP Software, or for a web demo, please reach out to us at cymeinfo@eaton.com.

Eaton is pleased to announce the release of version 9.2 of the CYME power system analysis software, part of the Brightlayer Utilities suite.

Driven by evolving energy landscape, CYME solutions, part of the Brightlayer Utilities suite, continue to expand the capability of the best-in-class power system analysis software with the release of CYME 9.2, providing utilities with an end-to-end grid planning solution supporting their efforts towards the ambitious clean energy goals of the 21st century.

Key new features include:

• Expanded advanced distribution planning toolset with improved forecast analytics, time-series simulations, as-planned grid modeling and long-term planning reporting.
• Several modeling enhancements for battery energy storage systems and inverter-based generators for static and dynamic studies.
• Continuous improvement of fundamental analysis functions such as load flow short circuit, DER impact evaluation and optimization, dynamic analyses, cable thermal rating, and hosting capacity analysis.
• Several new features added to the user interface, one-line diagram and reporting capabilities, including an improved network model diagnostics tool.

Thank you for your continued support of CYME. As always, please contact cymesupport@eaton.com for assistance in implementing these new features.

Eaton's CYME is pleased to announce the release of version 8.1 of the CYMCAP software for power cable thermal rating analysis. This new version brings improved efficiency and more flexibility for the user introducing several new key features including:

• CYMCAP Report Viewer with an improved report extraction for a faster results visualization.
• Installations including cables which are directly buried, buried in ducts and pipe type cables in the same section (execution).
• Cable modeling with flat armour wires and three-core SL-type cables with metallic sheath and concentric wires around each core.
• Several improvements in the report including a new section for selected standard preferences as well as more information for custom cable layers.
• Multiple casing add-on module supporting a solid medium and pipe-type cables inside the casing.
• Graphical User Interface with several enhancements including an improved view of the Load curves used for transient simulations, get a preview of the installation type, improved view for cable crossings and much more.

See the readme file for more information about the enhancements included in this new CYMCAP release.

Eaton’s CYME is pleased to announce the release of version 9.1 of the CYME Software. Driven by the imperatives of the on-going energy transition, the CYME team expands the capability of its best-in-class power system analysis software with the release of CYME 9.1, providing utilities with an end-to-end grid planning solution supporting their efforts towards the ambitious clean energy goals of the 21st century. Key new features include:

• A new Long-Term Planner module engineered to generate crucial insights on long-term hourly demand forecasts and distribution system’s risks and performance over time.
• An improved Steady State Analysis with Profiles module that pushes the limit of time-series analysis through local or remote multiprocessing and direct integration to external data sources via the Dynamic Data Pull module.
• A new Cable Thermal Rating module that brings forth the world-renowned CYMCAP Software calculation engine into the realm of the CYME Software for the thermal analysis of underground duct bank structures.
• Continuous improvement of core components such as Load Flow Analysis, Load Allocation function, Advanced Project Manager, Integration Capacity Analysis, Load Relief DER Optimization, Techno-Economic Analysis and Scripting Tool with Python®.
• Optimized performances and several enhancements to the software framework, user interface and one-line diagram navigation.

See the brochure for more information about the latest enhancements to the CYME software. 

Eaton's CYME is pleased to announce the release of version 8.0 of the CYMGRD software for the design of grounding grids and substations, power plants, industrial facilities and any electrical installation that requires such dtailed analysis.

Key features include:

• European Safety Assessment compliantwith Standard EN 50522
• Documented benchmark case studies for the comparison of the CYMGRD results with 18 case studies in the IEEE STD 80 2013's Annexes B, C, E and H. The project study file and result document will be installed with the program and can be found in the installation directory of CYMGRD\Benchmarks.
• The AutoCAD interface now allows you to save into the format of any previous version of AutoCAD and not limited to the 2000 format.
• Modeling of Material Encased Horizontal Conductors
• Option to plot equipotential contours with legible numerical values of the voltage from the graph settings pop-up menu
• Several improvements to the software framework and user interface.