The software includes a detailed library of soil types (dry sand, wet clay, concrete, thermal backfill) and allows you to model seasonal variations in ambient temperature, solar radiation, and rain cooling for direct buried cables.
Previous, traditional calculations suggested the cables were properly spaced. Yet, in the real-world heat, the soil thermal resistivity had changed, causing the cables to underperform. The Cableizer Solution cableizer software
Cableizer bases its computational analysis on internationally recognized standards to ensure regulatory compliance: IEC 60287: Used for calculating steady-state thermal cable ratings. CIGRE TB 880: The software includes a detailed library of soil
The electrical power industry is moving toward . Cableizer software fits this trend perfectly. It eliminates the frustration of broken local installations, enables real-time collaboration between offices, and provides transparent, standards-compliant calculations trusted by leading utilities like TenneT (German TSO), National Grid (UK), and numerous renewable energy developers. It eliminates the frustration of broken local installations,
Evaluates soil thermal resistivity to prevent thermal breakdown.
: Includes "Teams" functionality for multiple members to work together on the same project 18;write_to_target_document7;default0;10c0;18;write_to_target_document1a;_wp_uaZKYOdiUwbkP_r2G6Qo_20;a65;.
Analyzes different earthing configurations and their effect on induced currents. Cable Arrangement: