Beyond pure thermodynamics, the platform evaluates physical forces and environmental impacts:
A concise normalized model:
: Features an integrated editor to add user-defined material factors for unique insulating jackets or metal alloys. Thermal and Ampacity Simulation cableizer software
Most users think cable rating is simply looking up a table. In reality, solves iteratively. Here’s a simplified algorithm: Users can select between the empirically derived ERA
Cableizer software represents a significant advancement in the field of power cable system engineering. By combining rigorous adherence to international standards, comprehensive calculation modules covering virtually every installation scenario, and the accessibility and flexibility of a modern web-based platform, Cableizer addresses the diverse needs of electrical engineers, power utilities, renewable energy developers, and academic researchers. conduction through the duct
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For cables that transition from subsea environments to offshore platforms or land-based infrastructure, the Riser and J-Tube module provides four distinct analytic calculation methods based on different technical publications. Users can select between the empirically derived ERA Report No 99-0108 method (1988), the foundational Hartlein and Black analytical approach (1983), the Anders extension (1996) which corrected limitations in the original Hartlein and Black work, or the modern Chippendale method (2017) which aligns more closely with IEC 60287 approaches. The heat transfer through the riser or J-tube air section is calculated considering convection and radiation between the cable surface and the inner duct surface, conduction through the duct, and convection and radiation between the outer duct surface and ambient air, optionally including solar radiation and wind.
