Analyzes different earthing configurations and their effect on induced currents. Cable Arrangement:
How heat from one cable circuit affects adjacent circuits. 2. Magnetic Field Simulations cableizer software
Sarah used the software to simulate new earthing configurations and spacing adjustments to minimize induced sheath currents. The Result Magnetic Field Simulations Sarah used the software to
. It streamlines grid planning by allowing engineers to calculate cable ampacity (current rating) , analyze complex environmental layouts, and map mechanical variables directly from a web browser. By pairing international analytical standards with physical modeling, Cableizer eliminates the need for expensive hardware or local software keys. Core Modeling Capabilities the software assists power system planners
Cableizer doesn’t “approximate” ratings—it rigorously applies the full IEC 60287 series for steady-state (100% load factor) conditions. For short-term and emergency overloads, it implements the transient rating methods of IEC 60853. This dual compliance ensures your designs meet international regulatory and safety standards.
Beyond core electrical design, Cableizer incorporates features to help engineers design for a lower environmental impact. To reduce the carbon footprint, it is important to account for the embodied energy in the materials we use. Cableizer calculates not only the total mass of cable metals but also the and embodied carbon of the entire cable construction. Furthermore, the gross heat of combustion value—the energy content of a cable in case of a fire—is automatically quantified.
Operating entirely within a web browser, Cableizer allows engineers to model and simulate power cables spanning the full voltage spectrum—from 230 V up to 500 kV . By implementing international standards alongside proprietary finite element method (FEM) and analytical modules, the software assists power system planners, renewable energy developers, and high-voltage engineers in optimizing cable layouts while mitigating risks such as thermal breakdown. Core Sizing and Analytical Capabilities 1. Thermal Cable Rating and Ampacity Calculations