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集成的交流和直流设计与分析
模型驱动的SCADA，EMS，PMS，ADMS和SAS
统一数字孪生平台设计，运营和自动化
计算最优 & 可选电缆尺寸
对地下管道敷设的电缆设计，分析和选型
三维图层用于计算电缆拉力
保护接地/接地导体选型计算工具
Determine if the magnetic fields generated by underground conductors exceed health & safety exposure limits for workers & public
基于国家标准的电缆载流量计算
Cable ampacity calculation based on IEEE recommended practice for industrial and commercial power systems
Cable ampacity calculation based on ICEA / NEMA standard for cable tray installations
Current carrying capacity calculations for high voltage power cables per IEC 60502
Current carrying capacity calculations for low voltage cables per IEC 60364-5-52 & IEC 60364-4-41
Current carrying capacity calculations for power cables in ships & offshore units
Current carrying capacity & sizing for low voltage cable installations per British Standards
Current carrying capacity & sizing for low voltage power cables per French Standards
Current carrying capacity & sizing for high voltage power cables per French Standards
Cable current carrying capacity & sizing based on AS/NZS 3008
Proper sizing and current derating ensures that cables operate to their maximum potential while providing secure and reliable operation. Learn about design and application requirements to properly size and analyze cable systems based on IEEE and North American cable standards and guidelines: IEEE 399, ICEA P-54-440, NEC NFPA 70
Proper sizing and current de-rating ensures that cables operate to their maximum potential while providing secure and reliable operation. This webinar covers cable sizing, current carrying capacity and electrical shock protection based on IEC and British standards
This Cable Thermal Analysis webinar explains how to design cable systems to operate to their maximum potential while providing a secure and reliable operation.
Cable Sizing & Shock Protection software module offers a powerful tool to save time and improve accuracy for low & high voltage cable calculation and electrical design using the latest French Cable Standard.
The magnetic field exposure analysis tool uses balanced & unbalanced load-flow currents and angles to determine the location of the worst-case magnetic field exposure due to conductors in underground raceways.