Grid Forming with PSCAD

Service Description

Master grid-forming inverters with this hands-on course covering renewable energy integration, PSCAD fundamentals, and inverter modeling. Learn dynamic control strategies like droop control and virtual synchronous machines, simulate black start scenarios, and tackle fault conditions. Gain practical insights through real-world case studies, troubleshooting techniques, and interactive Q&A sessions. Perfect for professionals seeking advanced skills in grid-forming technology and PSCAD simulation. Course Agenda 1. Introduction to Grid Forming Technology ৹ Overview of grid-forming inverters in renewable energy integration. ৹ Differences between grid-following and grid-forming inverters. 2. Fundamentals of PSCAD for Grid-Forming Studies ৹ Overview of PSCAD tools and interface. ৹ Setting up a simulation environment for grid-forming inverters. 3. Modeling Grid Forming Inverters in PSCAD ৹ Step-by-step guide to creating grid-forming inverter models. ৹ Parameter selection and initialization. 4. Dynamic Behavior and Control Strategies ৹ Droop control and virtual synchronous machine (VSM) concepts. ৹ Simulation of black start capability and fault scenarios. 5. Case Studies and Applications ৹ Real-world examples of grid-forming inverter integration. ৹ Lessons learned and troubleshooting techniques. 6. Interactive Q&A and Hands-On Practice ৹ Participants simulate a grid-forming scenario with guided exercises. ৹ Discussion of participant-specific challenges. •All participants will receive digital course materials, including reference guides and toolkits. •The service fee is tax-included. •Upon completing this course, you will earn the Electromentors' badge and receive a certificate of completion. •Electromentors is an approved provider of IEEE CEU/PDH Certificates. •All purchases at Electromentors are final, and we kindly ask that you review your selections carefully before completing your order.