Register now for access to the latest releases and feature information, upcoming webinars and training sessions, networking with other CYME users around the world, and so much more!
Eaton’s CYME is pleased to announce the release of version 9.1 of the CYME Software, tackling advanced distribution planning challenges with integrated capacity and DER planning.
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.
Mark your calendars and save the date for the North American CYME Virtual Users Group Meeting. The 2021 event will highlight the latest features of the CYME software, technical presentations from utilities and the open-forum discussion with opportunities to share insights with the CYME community. More information for registration and agenda and other regional events to come soon!
Evaluate load relief projects using battery energy storage systems as well as dispatchable generation. This new module literally turns weeks of engineering into minutes of processing by optimizing energy storage systems as well as dispatchable inverter-based generators to mitigate capacity problems on strategic grid assets.
Seamlessly integrate your CYME Software to external data systems and refine your as-built planning model with forecast or telemetry data to support increasingly complex system planning and operation processes. The CYME Dynamic Data Pull module is a highly adaptable plugin environment that brings time-varying data at your fingertips.
Perform unprecedented power flow, short circuit and time-series analyses on islanded and grid-connected microgrids. This new module lifts the requirement for a source equivalent or swing generator to exist in any connectivity model, allows detailed modeling of microgrid-forming distributed energy resources and features a customizable load shedding and curtailing algorithm for islanded simulations.