Power Transmission and Distribution
Transformation and transmission of power through transformers and lines
Transform and transmit power through transformers and lines.
Blocks
Functions
power_loadflow | Perform positive-sequence load flow or unbalanced load flow and initialize models containing load flow blocks |
power_cableparam | Compute RLC parameters and frequency-dependent model parameters of a group of cables |
power_hysteresis | View and edit hysteresis characteristic for saturable core of Saturable Transformer blocks |
power_lineparam | Compute RLC parameters of overhead transmission line from its conductor characteristics and tower geometry |
Analysis Tools
Power Line Parameters | Compute RLC parameters of overhead transmission line from its conductor characteristics and tower geometry |
Specify Decoupling Lines | Replace selected Distributed Parameters Line blocks with Decoupling Line blocks |
Topics
- Series-Compensated Transmission System
Explore a model for series compensation and related phenomena such as subsynchronous resonance in a transmission system.
- Improve Transient Stability Using SVC and PSS
Improve stability in a two-machine transmission system using a static var compensator (SVC) and power system stabilizers (PSS).
- Control Power Flow Using UPFC and PST
Control power flow using a unified power flow controller (UPFC) and a phase shifting transformer (PST).