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与CABLESTM套件合作开发，可Manitoba-Hydro-International分析由长平行线、护套和绝缘组成的不规则、不对称和非对称传输结构和模型。CABLESTM可求解电容、涡流
和电场强度等电线参数。CABLESTM有助于在计算线路和电缆属性时考虑邻近效应，为用户提供频率相关的阻抗矩阵。结果可以输出为PSCAD用于导入电缆属性的专有文件格式，或导出为文本数据文件以供一步分析。
可视化、分析、优化：
CABLESTM为电气和电子系统的详细分析提供出色的可视化功能。使用内置API和参数实用程序以及自适应BEM和FEM求解器自动创建模型，可以快速优化设计。
CABLESTM套件的开发提供了一种模块化方法，用于定制和易用性。
CABLESTMBasic-电线参数计算
静电模块 - 电场强度、力、扭矩、传输线参数和电容
涡流模块 - 磁场分析、感应电压、位移电流、磁链、感应电压、功率、阻抗和电流
特征：
静电模块-
非线性电导率和介电常数的模拟
能够为表面分配恒定或不均匀的电荷分布
静电力和扭矩计算
传输线参数和电容计算
用于绘制标量和矢量场量的多种显示形式，包括图形、等高线图、箭头图、剖面图、流线图和矢量轨迹图
涡流模块-
直观且结构化的界面可很大限度地提高专家和初学者的工作效率
能够模拟线圈和绕组的电压激励和反电动势效应
由于趋肤效应和邻近效应计算真正的交流电阻
提供多种细化波形，例如具有直流偏移的正弦源以及各种方波和三角脉冲
导体中感应电流和施加在导体中的趋肤效应电流的解决方案
力、扭矩、磁链、感应电压、功率和阻抗参数
跨模块的共同特征-
瞬态、相量和静态分析模式
绘制标量和矢量场量的显示形式包括：图形、等高线图、箭头图、剖面图和矢量轨迹图
数据可导出为格式化文件，以便与电子表格和其他软件包集成
批处理功能允许多个文件的无人值守解决方案
参数化功能有助于设计优化
应用：
由长平行线，护套和绝缘组成的传输线结构和模型
系统要求：
64位操作系统
Microsoft Windows 10或更高版本
安装大约需要110MB的磁盘空间
二维程序：
至少需要4GB的RAM
尽管该软件在单处理器机器上运行，但在多处理器系统上运行它将使软件能够利用并行资源以并行方式求解
【英文介绍】
Developed in collaboration with Manitoba-Hydro-International the CABLESTMsuite analyzes irregular, asymmetrical and non-symmetrical transmission line structures and models consisting of long parallel wires, sheaths and insulation. CABLESTM solves electric line parameters such as capacitance, eddy currents and electric field strength.CABLESTMfacilitates consideration of proximity effects when computing line and cable properties, providing the frequency dependent impedance matrices for the user. The results can be output to a proprietary file format used by PSCAD for importing cable properties or exported to a text data file for further analysis.
Visualize, Analyze, Optimize
CABLESTMprovides outstanding visualization features for detailed analysis of electrical and electronic systems. Automated model creation using built-in API and Parametric Utilities combined with Self-Adaptive BEM and FEM solvers enable rapid optimization of designs.
The CABLESTMsuite has been developed offering a modular approach, for customization and ease of use.
CABLESTMBasic - Electric Line Parameters Calculation
Electrostatic Module - Electric field strength, Force, Torque, Transmission line parameters and Capacitance
Eddy-Current Module - Magnetic field analysis, Induced voltages, Displacement current, Flux linkage, Induced voltage, Power, impedance and Currents.
Features
Electrostatic Module -
Simulation of non-linear conductivity and permittivity
Ability to assign constant or non-uniform charge distributions to surfaces
Electrostatic force and torque calculations
Transmission line parameter and capacitance calculations
A variety of display forms for plotting scalar and vector field quantities including graphs, contour plots, arrow plots, profile plots, streamline plots and vector loci plots
Eddy-Current Module -
Intuitive and structured interface maximizes productivity for both experts and beginners
Ability to model voltage excitation and back EMF effects of coils and windings
Calculation of true AC resistance due to skin and proximity effects
Variety of refine wave forms available, such as sinusoidal sources with the DC offset and various square wave and triangular pulses
Solution of current induced in conductors and skin effect current impressed in conductors
Force, Torque, Flux linkage, Induced Voltage, Power, and Impedance Parameters
Common Features across the modules -
Transient, phasor and static analysis modes
Display forms for plotting scalar and vector field quantities include: graphs, contour plots, arrow plots, profile plots and vector loci plots
Data exportable to formatted files for integration with spreadsheets and other software packages
Batch function allows unattended solution of multiple files
Powerful parametric feature facilitates design optimization
