Documentation Home Page ◇ HYPERSIM Home Page
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Components by Library
- Sylvain Ménard
Owned by Sylvain Ménard
The HYPERSIM components are all available in the tool palette on the right side of the main window.
- Component Parameter Form Introduction
- Component Sensor Form Introduction
- Control Components
- Control Exciters
- Control Governors
- Control Logic Operations
- Control Math Operations
- Control Measurements
- Control Miscellaneous
- Control Nonlinear and Delay
- Control Protection Relays
- 21 - MHO Distance Relay
- 25 - Synchronism-Check Relay
- 27 - Undervoltage Relay
- 27 - Undervoltage Relay (1-ph)
- 40Q - Loss-of-Excitation Relay
- 49M - Thermal Overload Protection for Motors
- 50-51 - Overcurrent Relay
- 50 - Instantaneous or Definite Time Overcurrent Relay (1-ph)
- 50BF - Breaker Failure Protection
- 51- Inverse Time Overcurrent (1-ph)
- 59 - Overvoltage Relay
- 59 - Overvoltage Relay (1-ph)
- 67 - Directional Overcurrent Relay
- 67 - Directional Relay Based on Impedance
- 79 - Auto recloser
- 81 -Frequency Relay
- 87T - Transformer Differential Relay
- Control Sources
- Constant, Float
- Constant, Integer
- Pulse Train Generator
- PWM Average Generator for 2-Level Converter (Switching Function)
- PWM Average Generator for 3-Level Converter (Switching Function)
- PWM Average Generator for Full-Bridge Converter (Switching Function)
- PWM Generator for 2-Level Converter (Switching Devices)
- PWM Generator for 3-Level Converter (Switching Devices)
- PWM Generator for Full-Bridge Converter (Switching Devices)
- Random Number Generator
- Sine Wave Generator
- Sine Wave Generator With Angle
- Square Wave Generator
- Time Step
- Triangle Wave Generator
- Control Stabilizers
- Control Smart Inverters
- Network Components
- Network Voltage Source Converters
- 2-Level Converter (Average)
- 2-Level Converter (Switching Devices)
- 3-Level NPC Converter (Switching Devices)
- Full-Bridge Converter (Switching Devices)
- 2-Level Converter (Switching Function)
- 3-Level NPC Converter (Switching Function)
- Full-Bridge Converter (Switching Function)
- Boost Converter (Switching Function)
- MMC Valve (HB Cells, Avg)
- MMC Valve (HB Cells)
- MMC Valve (FB Cells)
- Network FACTS and HVDC
- Network Switches and Breakers
- Network Machines and Generators
- [Old Source Pages Machines]
- Combined Heat and Power (CHP) [New]
- Asynchronous Machine
- Induction Machine (Squirrel Cage) - Legacy
- Induction Machine (Wound Rotor)
- Permanent Magnet Synchronous Machine (PMSM)
- Synch. Machine (Cross-Compound)
- Synch. Machine (dq0-hydraulic)
- Synch. Machine (Hydraulic)
- Synch. Machine (Thermal)
- Synch. Machine with Fault
- Synchronous Machine (pu Fundamental)
- Synchronous Machine (pu Standard)
- Direct Current Machine
- Double Phase Asynchronous Machine
- Network Lines and Cables
- [Old Source Pages Lines]
- Typical Electrical Parameters
- Constant Param, 1-ph
- Constant Param, 2-ph
- Constant Param, 3-ph
- Constant Param, 3-ph with Fault
- Constant Param, 4-ph
- Constant Param, 6-ph
- Constant Param, 6-ph with Fault
- Constant Param, 9-ph
- Constant Param, 12-ph
- Frequency Dependent, 2-ph
- Frequency Dependent, 3-ph
- Frequency Dependent, 3-ph (SL)
- Frequency Dependent, 4-ph
- Frequency Dependent, 6-ph
- PI Section, 2-ph
- PI Section, 3-ph
- PI Section, 3-ph with Fault
- PI Section, 6-ph
- PI Section, 6-ph with Fault
- PI Section, 9-ph
- PI Section, 12-ph
- PI Section, 12-ph with Fault
- Cable Data
- Line Data
- Wideband Line/Cable
- Wideband Line/Cable Fitter
- PI Section, 1-ph
- Network Energy Storage
- Network Renewable Energy
- Network Measurements
- Network Tools
- Network Loads
- Network Transformers
- 2-Winding 3-Phase Saturable Autotransformer with Internal Tertiary 3-Limb
- 2-Winding 3-Phase Saturable Autotransformer with Internal Tertiary
- Phase-Shifting Zigzag Transformer
- 4-Winding 1-Phase Linear Transformer with Tap Changer
- 4-Winding 1-Phase Saturable Transformer
- 4-Winding 1-Phase Linear Transformer
- 3-Winding 3-Phase Saturable Transformer with Tap Changer and Decoupling Element
- 3-Winding 3-Phase Saturable Transformer with Tap Changer
- 3-Winding 3-Phase Saturable Transformer
- 3-Winding 3-Phase Saturable Transformer with Internal Tertiary
- 3-Winding 3-Phase Linear Transformer with Internal Tertiary
- 3-Winding 1-Phase Linear Transformer with Tap Changer
- 3-Winding 1-Phase Saturable Transformer
- 3-Winding 1-Phase Linear Transformer
- 3-Winding Impedance-Matrix-Based Transformer with Internal Fault
- 3-Winding Impedance-Matrix-Based Transformer
- 3-Winding 3-Phase Linear Transformer
- 2-Winding 3-Phase Saturable Transformer with Tap Changer
- 2-Winding 3-Phase Saturable Transformer
- 2-Winding 3-Phase Series/Series Linear Transformer
- 2-Winding 3-Phase Series Saturable Transformer
- 2-Winding 3-Phase Series Linear Transformer
- 2-Winding 1-Phase Linear Transformer with Tap Changer
- 2-Winding 1-Phase Saturable Transformer
- 2-Winding 1-Phase Ideal Transformer
- 2-Winding 1-Phase Linear Transformer
- 2-Winding Impedance-Matrix-Based Transformer
- 2-Winding Impedance-Matrix-Based Transformer with Internal Fault
- 2-Winding 3-Phase Linear Transformer
- Network Filters
- Network RLC
- Network Sources
- Network Voltage Source Converters
- Signal Routing
- Target Inputs and Outputs
OPAL-RT TECHNOLOGIES, Inc. | 1751, rue Richardson, bureau 1060 | Montréal, Québec Canada H3K 1G6 | opal-rt.com | +1 514-935-2323
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