CYMCAP 9.0

CYMCAP 9.0

CYMCAP is specialized software for accurately calculating the capacity and temperature of power transmission cables. The reports and results created by this software have a very high accuracy and can help the team of engineers in designing and updating power transmission systems.

With the help of accurate and practical results of this software, the loss of financial and time resources is minimized and the development team can develop the desired system in the fastest and most optimal way possible. In the design of electronic components and systems, determining the resistance and load bearing capacity of cables is very important and can increase the life of the device. With the help of this software, engineers are able to estimate the maximum load bearing capacity of a cable and prevent its premature deterioration and failure.

CYMCAP software uses global and valid standards and standards to assess and rank the stability of cables and heat transfer. This software is designed and developed by Hydro One, McMaster University of Canada and Cyme International under the auspices of the Canadian Electricity Association and follows the latest international standards and methods. In addition to the core of the software, there are a number of add-on modules that increase the capabilities of the software and allow modeling of various electrical installations, especially non-standard and special installations.

Features and specifications of CYMCAP software:

• Using widely used software techniques based on Neher-McGrath and IEC-60287 methods ©
• Full compliance with North American laws and regulations such as IEC 60287, IEC 60228, IEC 60853
• Fully intuitive user interface and provide graphical models with high detail of different cables
• Supports different types of power cables such as single-core, three-core, belted cable, pipe-type, submarine, sheathed, armored and…
• Support for various methods of installation and commissioning of power cables such as direct burial of underground cables, thermal backfill, construction of underground ducts, duct banks, underground power networks and…
• Ability to use and load independent libraries and databases
• Modeling of various heat dissipation systems such as heatsinks and…
• Possibility of modeling different types of cables in one installation part
• Non-isothermal earth surface modeling
• Fully standard cyclic loading patterns
• Ability to model different cables in one operational phase
• And …