Join us for Energy Tech Talks with RRC! These insightful sessions are designed to share the vast industry knowledge of our experts with clients, peers, and RRC team members. Whether you’re tuning in live or catching up on-demand, you’ll gain valuable Energy Industry Insights and learn about the latest developments in the energy sector.
Attendees can request a PDH Certificate of Attendance, which may be used towards licensing requirements in their state. For any questions, please email [email protected].
Don’t miss out on these Renewable Energy Tech Talks and Professional Development Webinars—stay engaged with the latest in renewable energy advancements.
Are you considering repowering your wind project but unsure about the complexities surrounding existing turbine foundations? Whether you are a project owner, engineer, or developer, this webinar will provide actionable insights into the repowering process and guide you through minimizing risks while maximizing your wind project’s lifespan.
This webinar is the fifth episode in our six-part series on GIS and Remote Sensing. It will explain the fundamental principles and methods used to tie imagery, elevation, GIS, and CAD data to real-world coordinate systems. The presentation will explain how spatial reference systems are established and how changes in measurement and positioning technologies have impacted their development over time. It will also cover the relationship and transformations between the most common horizontal and vertical datums used in the United States.
This webinar provides an overview of the accuracy and quality standards applied to imagery and elevation data created from manned and unmanned systems using digital aerial cameras and lidar. The two industry standards that will be discussed are the ASPRS Positional Accuracy Standards for Geospatial Data, Edition 2, and the USGS Lidar Base Specification 2024.
This session delves into the latest advancements in predictive control models for three-phase inverters, specifically focusing on the four-legged inverter. Dr. Syed will simplify the technical aspects covered in his recent paper and explain how the proposed model helps reduce switching frequency and high voltage/current switching losses. You’ll learn how these improvements can enhance efficiency, cut down on power losses, and maintain system stability in both balanced and unbalanced loads, making renewable energy projects more robust and cost-effective.