The simulation of power systems transients has never been so easy!
EMTP is the most complete and technically advanced software for simulation and analysis of power systems.
EMTP is the reference for the simulation of electromagnetic and electromechanical transients. It is known to be the fastest, the most accurate and the most numerically stable time-domain software in the industry.
Control systems and protections can be modelled in detail using the complete libraries of components.
EMTP has a powerful unbalanced multi-phase load-flow capable of solving very large scale transmission and distribution grids, cases with more than 300 000 buses can be solved.
EMTP has the most user-friendly graphical interface and load-flow, steady-state and time-domain simulations using the same grid data and within the same environment.
EMTP is completely scriptable. EVERYTHING that can be done by hand can be automated by scripts!
EMTP uses dynamic memory allocation and can simulate arbitrary topology networks without any user intervention: what you draw is what you simulate!
New module for calculation of line and cable parameters based on the MoM-SO method. This tool results from a major development effort by EMTP® team, and a direct collaboration with Prof. Piero Triverio and his research associate Utkarshr Patel from University of Toronto.
Major new EMTP® module capable of achieving highest accuracy levels for a very large band of frequencies.
The module is generic and capable of representing cables underground and above ground, overhead lines and overhead lines coupled with cables. A multi-layer soil option is available.
The module accounts for proximity effect, stranded conductor and earth return.
Unique contribution to the simulation of electromagnetic transients.
New Power Electronics Toolbox
Various building components.
New AC-DC converter with control.
New Statcom model.
New DC-DC AVM converter.
New examples with Toolbox models.
Renewables Toolbox Updates
Upgrades to PV and WTG models.
Better initialization.
Various improvements (generic models).
PV cell.
New Battery model.
Improvement of convergence criteria for Input Impedance TD device.
New example of PV converter with MPPT and battery.
