Cableizer Software _verified_ -

| Value | Meaning | Acceptable range | |-------|---------|------------------| | Conductor temperature | Core temperature | < 90°C (XLPE), 70°C (PVC) | | Sheath loss factor λ | Eddy & circulating losses | 0.02–0.3 (lower is better) | | Soil dry-out radius | Region where moisture migrated | Should not reach cable surface |

Unlike traditional desktop-bound grid analysis software, Cableizer operates entirely in the cloud, allowing power systems engineers, utilities, and renewable project developers to model complex installations without local installations or hardware dongles. It uniquely streamlines complex calculations—ranging from ampacity ratings under international standards to advanced finite element method (FEM) thermal modeling—into a highly accessible, collaborative interface. Core Technical Capabilities of Cableizer 1. Advanced Cable Rating and Ampacity Calculations cableizer software

Validation is a fundamental aspect of Cableizer's development philosophy. The software maintains an extensive test suite that runs automatically to verify calculations after modifications in formulas or the solver routine. Validation examples include comparisons against CYMCAP (the long-standing industry standard) for basic arrangements, validation of emergency rating calculations according to IEC 60853-2, and comprehensive verification of the cable pulling module against manufacturer examples from Brugg Cables and Southwire. | Value | Meaning | Acceptable range |

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This module supports calculations for subsea cables that can be fully buried, partially buried, or completely in water. It incorporates methods from Carslaw & Jaeger, Morud & Simonsen, and others, and can calculate heat increases at specific depths to consider the 2K criterion. : This module supports calculations for subsea cables

by weighing cable price, excavation costs, and future energy losses over the system's lifespan. 3. "Digital Twin" Environmental Impact Simulation

Core functions Cableizer should provide: