선로

R2026a

케이블, 결합 선로, 송전선로

케이블과 선로를 사용하여 단상 전력과 3상 전력을 전송합니다.

케이블 또는 선로를 모델링할 때 사용할 블록을 선택하는 데 도움이 필요하면 Choose Blocks to Model Cables or Lines 항목을 참조하십시오.

Simscape 블록

	AC Cable (Three-Phase)	Three-phase AC power cable
	Coupled Lines (Pair)	Magnetically coupled two lines
	Coupled Lines (Three-Phase)	Magnetically coupled three-phase lines
	DC Cable	High-fidelity frequency-dependent DC cable (R2025a 이후)
	Frequency-Dependent Overhead Line (Three-Phase)	Three-phase overhead line which includes effects that vary as a function of frequency
	Transmission Line	Delay-based, lumped parameter, or distributed transmission line
	Transmission Line (Three-Phase)	Three-phase transmission line using lumped-parameter pi-section line model

도움말 항목

Model Cables and Lines in Simscape

Determine whether you need a delay-based, lumped-parameter, or distributed model and select a block that uses that model to represent your conductor arrangement.
- 단계 1: Choose Mathematical Models that Represent Cables or Lines
- 단계 2: Choose Blocks to Model Cables or Lines

추천 예제

AC Cable with Bonded Sheaths

A three-phase cable model comprised of multiple pi-sections. Each phase is enclosed in a conductive sheath. The conductive sheath is connected to ground at either end of the cable through a simple resistance. A high-voltage source provides power to an unbalanced resistive load through the power cable. You can configure the sheath to be either series-bonded or cross-bonded. You can also configure the number of pi-sections. Increasing the number of pi-sections improves the accuracy but slows down the simulation. To facilitate convergence, the voltage source includes an internal impedance.

모델 열기

모듈식 멀티레벨 컨버터를 사용하여 고전압 직류 전송 모델링하기

이 예제에서는 MMC(모듈식 멀티레벨 컨버터)를 사용하여 HVDC(고전압 직류) 전송을 모델링합니다.

R2025a 이후
모델 열기

Frequency-Dependent Transmission Line

A custom frequency-dependent transmission line model. The characteristic admittance and propagation function are first derived from the frequency-dependent resistance, reactance, and susceptance. The derived values are fitted using RF Toolbox. The Universal Line Model (ULM) [1] is then implemented in Simscape based on the fitted parameters. The results from the frequency-dependent transmission line model and the classic pi-section transmission line model are compared.

모델 열기

IEEE 9-버스 시스템

이 예제에서는 9-버스 3상 전력 시스템 네트워크를 모델링하는 방법을 보여줍니다. 이 예제는 IEEE® 벤치마크 테스트 케이스를 기반으로 합니다. 자세한 내용은 "Power System Control and Stability" by P. M. Anderson and A. A. Fouad(IEEE Press, 2003)를 참조하십시오.

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