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Smarter grid-feeding protection design: ABB highlights application configurator webinar

Published: 27 March 2026 Category: News

Learn how ABB’s application configurator streamlines grid-feeding protection design, ensuring compliance, reliability, and efficiency. 

Smarter grid-feeding protection design: ABB highlights application configurator webinar

ABB Electrification is hosting a new webinar tailored for engineers, consultants, and electrical professionals working with solar installations, focusing on the design of grid-feeding protection systems. At the heart of the session is Application Configurator, ABB’s intuitive digital solution designed to make complex system design faster and more reliable.

Under the title Design Grid-Feeding Protection Systems – in just a few clicks, the online event will take place on Wednesday, April 15, with two sessions available at 9:00 AM and 4:00 PM CET. Participants will gain practical insights into building compliant and efficient architectures, covering challenges such as grid integration and protection device coordination.

Register for the webinar

During the webinar, ABB specialists will demonstrate how Application Configurator reduces engineering effort by automating key design processes. The tool helps users quickly define system parameters, select the right components, and ensure alignment with relevant standards, minimizing risks and improving overall system performance.

Key topics include the evolving landscape of renewable energy, critical considerations for protection system design, a live demonstration of the software, and an interactive Q&A with ABB experts.

This session follows a previously held webinar dedicated to electric vehicle charging infrastructure (EVCI), where Application Configurator was showcased as a tool to simplify grid-to-charger electrical design.

Watch EVCI webinar on-demand

Through this webinar series, ABB continues to support the transition to cleaner energy by equipping professionals with advanced digital tools and actionable expertise for designing resilient and future-ready electrical systems.