Anubhav Jain enjoyed these webinars, some of which you can watch on the links below:
~ Microgrids: From Definition to Operation, GE. Watch here.
~ Workshop on Wind Power in Energy Systems, EERA JP Wind & SETWind.
~ HVDC interaction studies with EMT simulation tools, HVDC Square/RTE Intl./ Siemens.
~ First Multivendor HVDC System in Grid Forming Operation, HVDC Square/RTE Intl./Equinor.
~ G-PST/ESIG – Is Grid Forming enough: What Do Electricity Grids Need from IBR? Watch here.
~ De-risking Microgrids with Real-Time Simulation and HIL Testing, RTDS Technologies. Watch here.
~ Weak Area Network Control of Wind Turbine Generators, ESIG/SGRE. See similar presentation on their channel.
~ EERA JP Wind – Grid solutions to realise 450 GW of offshore wind capacity by 2050. Click here for the recordings.
~ Practical Use of Real Time Simulation for De-risking HVDC Integration, National HVDC Centre/RTDS Technologies. Read the slides and watch the recording.
Power System Computer Aided Design (PSCAD) webinars:
~ Switching Overvoltage Studies. Watch here.
~ Temporary Overvoltage Studies. Watch here.
~ Transient Recovery Voltage studies. Watch here.
~ Machine modelling & Power System Study Applications. Watch here.
~ PSCAD for Renewable integration – dynamic response & control interactions. Watch here.
~ General Introduction to EMT Simulations – Mathematical Background & Common Applications. Watch here.
Energy Systems Integration Group (ESIG) webinars:
~ Watch: The Advent of the Inverter Based System.
~ Watch: Grid Forming Inverter Research Landscape.
The HITACHI Grid of the Future webinar series:
~ Increasing integration of offshore wind generation: HVDC solutions that help reduce carbon emissions impact.
~ The Impact of EV (electric vehicle) charging on power systems: The session analysed the effect of increased electric vehicle usage to 2040.
~ The crucial role of the grid connection in keeping wind energy profitable: The importance of reliable grid connection and efficient cost-effective maintenance.
~ Urban Microgrids – Integrating renewables and energy storage in an urban community with advanced automation and control: This detailed the Skagerak Energilab project. It was the first to integrate a solar-powered arena roof microgrid, advanced grid automation, control & energy management system and battery storage!
