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- From water to wire modeling
- Modular structure with arbitrary topology
- No restriction on the network size
- Three phases systems in ABC phase quantities
- Events detection and back-tracking
- Load-Flow calculation
- Parameterization
- Harmonics analysis, eigen values, eigen vectors
calculation and representation
Hydraulic systems
- Water hammer calculation
- 4 quadrants transient behavior
- Francis/Pelton/Kaplan/Pumps and reversible
Francis pump-turbines
- Surge tanks, surge shafts, differential surge tanks
- PID Turbine governors
- Hydroelectric interactions
- Cavitation/Water column separation
- Open channel flows
- Piezometric line visualization
- Database of realistic Francis & Pelton turbines
performance hill chart
Adjustable Speed Drives
- DFIM FSFC modelling
- Power electronics converters
- Multi level modular converters (MMC)
- Voltage Source Inverters (VSI)
- LCI 6 and 12 pulses
- Cyclo-converters
- Analog / digital mixed signals simulation
- PWM PLL based control
- Vector control
- IGBT GTO Thyristor
Electrical Power Networks
- Electrical 3ph machines models 2.1-3.3
according to IEEE standard 1110
- Single phase synchronous machine model
- Electromagnetic transients in AC/DC
- Transient stability and general fault analysis
- SubSynchronous Resonance (SSR)
- Torsional analysis
- FACTS, HVDC, SVC
- Grid code compliance (FRT)
- IEEE Standard excitation systems and PSS
Regulation part
- Easy definition of any control structure
- S-transfer functions, PID regulator
- Programmable unit, logical table
- Digital devices, Z-transfer functions
- Control devices, on-line FFT
- User defined DLL for control
- Coupling with external application
(Matlab, Labview, EMTP-RV,
Electromagnetic/Fluid FEM, HIL, etc)
