THE reference for power system transients
We are excited to announce that EMTP® has partnered with KONCAR - Electrical Engineering Institute, as a new distributor in Croatia. By joining forces with KONCAR, EMTP®aims to enhance its presence in Europe.
For more information about KONCAR Institut and their services, please visit their website at www.koncar-institut.hr
The release of EMTP® version 4.5 introduces an enhanced generic model of the Grid Forming (GFM) converter, designed for stability, fault, harmonic, dynamic, and interconnection studies. The GFM converter offers several key features:
Power Flow Integration: It can be integrated into power flow studies as either a slack or PV bus.
Parallel Computing Simulation in EMTP®
As EMT power system models grow in complexity and are used more frequently for routine analysis, enhancing simulation speed becomes crucial. The EMTP® development team addresses this challenge through several key advancements:
Our EMTP® team has started an exciting and innovative project with the Advanced Grid Innovation Laboratory for Energy (AGILe) team at the New York Power Authority (NYPA).
As part of the grid interconnection process, Generation Owners and Transmission Owners (GOs/TOs) need to assess the compliance and adequacy of their EMT models. During these tests, the grid is usually represented by a simple Thevenin equivalent, enabling the evaluation of the model's behavior in a limited set of scenarios and operational conditions.
Leveraging the development of the EMT Connection Tool which started with the Coordinador Eléctrico Nacional (Chilean ISO), EMTP® is proud to announce a new collaborative project with Réseau de Transport d'Électricité (RTE), the French transmission system operator. Building on the expertise and the technological advancements from our work in Chile, we aim to create a similar EMT Connection Tool that will serve the needs of the French electric system.
Meet our team at IEEE PES General Meeting 2024 in Seattle, WA, United States, or join us online from the comfort of your desk. Get Free access to 12 outstanding technical presentations from industry experts at our 2-day International User Conference.
As technology advances, new challenges arise for power systems engineers in terms of EMT modeling and simulation. A good example is the HVDC transmission system under construction between France and Ireland. The French and Irish transmission system operators (RTE and EirGrid) have been working together to build this 575km length, 700MW HVDC link to connect the two countries.
As technology advances, new challenges arise for power systems engineers in terms of EMT modeling and simulation. A good example is the HVDC transmission system under construction between France and Ireland [1]. The French and Irish transmission system operators (RTE and EirGrid) have been working together to build this 575km length, 700MW HVDC link to connect the two countries.
NYPA's AGILe & EMTP® Collaboration: New York's Digital Twin
Our EMTP® team has started an exciting and innovative project with the Advanced Grid Innovation Laboratory for Energy (AGILe) team at the New York Power Authority (NYPA).