The Hawaiian power grid is transforming from diesel to renewable. Discover how simulation and study is helping and making engineers understand how this power grid will look in 2030.
This paper describes a versatile, multi-domain,
large power grid real-time digital simulator. Its ability to
conduct multiple tests for protection coordination studies is
described. A large grid...
The aim of this work is to analyze the dynamic behavior of a distributed generator based on gas micro turbine GMT using a grid-connected inverter with an output LC filter. In this paper, we focus, on...
Benjamin Schenkman of Sandia National Laboratories discusses how Real-Time Simulation is critical for studying how Distributed Generation devices can be integrated into existing power...
Jean Belanger, CEO & Co-Founder of Opal-RT Technologies, discusses how Real-Time Simulation is changing the way engineers design and develop high precision electrical, power electronic and...
The liberalization of electricity markets and the rapid growth of the Distributed Generation sector, due to the trend towards large-scale integration of renewable energy sources with existing...
Benjamin Schenkman of Sandia National Laboratories discusses the modelling, analysis, and testing, in a real-time simulation environment, of the Lanai power grid system for the integration and...
