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From a technical perspective, Cableizer is built on verified mathematical methods published in international standards and technical publications. It is the only commercial software capable of calculating the current rating for up to six different, unequally loaded cable systems in ventilated tunnels, demonstrating its unique computational power in the market.

Cableizer's Tunnel module addresses one of the most demanding installation scenarios in modern power engineering: calculating current ratings for multiple independent cable systems in ventilated tunnels. The software is the only one on the market capable of calculating the current rating for up to six different, unequally loaded cable systems in ventilated tunnels, using a method developed by the Cableizer team and presented at Jicable'19 in Paris. In addition to its proprietary approach, the module offers alternative methods including the Heinhold method and IEC 60287-2-3 standard.

When power cables cross other thermal sources (like existing district heating pipes or separate high-voltage lines), local soil temperatures rise sharply. Induced Sheath Voltage in Power Cables | PDF - Scribd cableizer software

Analyzes induced sheath voltage, current, and optimal earthing methods for underground cables.

Specialized sizing for high-voltage (HV) and medium-voltage (MV) electrical circuits. Industrial Comparison: From a technical perspective, Cableizer is built on

Using follows a logical, 5-step process:

Cableizer represents the next generation of electrical engineering tools. By moving complex thermal and electromagnetic physics into a user-friendly cloud platform, it allows engineers to design safer, more efficient, and more cost-effective power systems. Whether you are working on a high-voltage subsea link or a local distribution grid, Cableizer provides the precision needed to power the future. The software is the only one on the

💡 : Use the FEM (Finite Element Method) module for highly non-standard installations where standard IEC formulas might be too conservative. If you'd like to dive deeper, let me know:

The ability of the soil to dissipate heat.

Meeting modern data management requirements, Cableizer allows datasheets of objects such as cables and heat sources, along with result reports of project simulations, to be downloaded both in PDF and CSV (comma-separated values) format. The PDF format produces nicely formatted, human-readable documentation suitable for sharing with stakeholders, while the CSV format supports manipulation in spreadsheet applications like Microsoft Excel, LibreOffice Calc, or Apple Numbers. Additionally, the content of cable datasheets can be flexibly defined, enabling users to select which parameters to include or exclude, and the software calculates many additional parameters such as mass of all cable layers, minimal bending radius, gross heat of combustion, heat energy content, embodied energy, embodied carbon, and cost of metals in the cable.

Operating entirely as a Software-as-a-Service (SaaS) web application, it eliminates the need for physical license dongles or local computer installations. Power systems engineers use Cableizer to accurately model transmission lines up to 500 kV, helping to ensure grid compliance, optimize cable ratings, and prevent catastrophic thermal breakdown. Core Simulation Capabilities