Simulation software for the
analysis of electrical power networks,
adjustable speed drives and hydraulic sytems
Hydroelectric interaction.
One set of differential equations
including hydraulic components, mechanical masses, electrical
units and control devices ensures that the hydroelectric
interactions are properly taken into account.
Transient analysis.
Francis pump-turbine.
Losses coefficient parameterization.
Waterhammer calculation.
Control and regulation.
Steady-state conditions of hydroelectric power plant
with arbitrary topology.
Analysis of the dynamic behavior of complex piping
systems.
Hydro-acoustic in piping systems
Pressure source allowing pseudo Random Binary Sequence (PRBS) for eigen frequency calculation.
Parameterization of discrete losses coefficient
allows to consider multi-junctions effects.
