ABB Technical Tuesday 2026 Winter Series

This webinar provides an overview of technologies designed to enhance electrical system protection in medium- and low-voltage applications. It examines Active Arc Mitigation using Ultra-Fast Earthing Switch (UFES) technology, which detects and clears arc faults within milliseconds to reduce equipment damage and improve safety. The session also explores when fault current limiting with the Is-limiter is beneficial for managing short-circuit conditions in scenarios such as network expansion, system coupling, and generator integration. Attendees will gain insight into the technical principles behind these approaches, their practical applications, and how current standards and safety requirements influence their adoption.

Webinar take-aways:

1. What active arc mitigation is and why it is needed
2. When fault current limiting is required and how it is applied
3. Relevant implications of standards, laws & legislations

As data centers expand at an unprecedented pace, the demand for electrical infrastructure that is robust, reliable, and fast to deploy has never been greater. Discover how substation circuit breakers with advanced magnetic actuator technology enhance system reliability, reduce operational costs, and accelerate project timelines—helping data center customers meet the challenges of rapid growth with confidence.

Webinar take-aways:

1. Functional characteristics of magnetic actuators and vacuum interrupter technology in outdoor circuit breakers
2. Latest advancements in medium voltage substation circuit breakers
3. How substation circuit breakers are used in data center applications

Practical knowledge of ground fault protection types and their required usage is critical to designing a code compliant residential, commercial or industrial project. Recent changes in the National Electric Code (NEC) have revised definitions and requirements for ground fault protection. This webinar will survey the two primary types of ground fault protection, ground fault protection for personnel and ground fault protection of equipment. This webinar will be limited to common solidly grounded systems only and does not discuss resistance or ungrounded systems.

Webinar take-aways:

1. What is ground fault protection and the difference between ground fault protection for personnel (GFCI) and ground fault protection of equipment
2. How are ground faults detected and the difference between window type and residual ground fault detection
3. What devices are used for ground fault protection
4. Where both types of ground fault are required by NEC

Microgrids are transforming how communities and industries think about power resilience, efficiency and sustainability. This webinar explores the fundamentals of microgrid technology — how they integrate distributed energy resources like solar, wind, and storage — and why they are essential to building a reliable, decarbonized grid. Attendees will learn how microgrids enhance energy independence, support critical infrastructure, and enable smarter, more flexible power systems. We'll also preview the next evolution: DC microgrids. Discover how advances in direct current architectures, digitalization and AI will redefine system efficiency and shape a cleaner, more connected, and resilient energy future.

Webinar take-aways:

1. Understand the fundamentals of microgrids
2. Learn why microgrids will be increasingly important
3. The future of microgrids and the technology needed to get there

The energy landscape is facing unprecedented pressure. Severe weather events, an aging central grid, and the rapid growth of distributed generation are creating complex challenges. This new reality demands a power system that is not only stable but also resilient, adaptable, and capable of operating independently. The solution lies in building localized, intelligent power systems that ensure continuity and optimize energy use.

In this webinar, we will explore how Microgrid Control Solutions, the intelligent "brain" of the microgrid, are revolutionizing energy resilience and automation. We'll examine how these controllers manage diverse Distributed Energy Resources (DERs) from solar, battery storage and generators to maintain perfect balance to the grid.

Webinar take-aways:

1. Understand the key microgrid drivers
2. Learn the core principles of microgrid operation
3. The levels of a microgrid system, controls, and its components
4. Gain insights from real-world case studies

Modern MV power distribution systems face growing complexity. Shifting load patterns, the integration of distributed and on-site generation, and the constant demand for high reliability require an electrical infrastructure that can adapt in real-time. The solution lies in building a flexible, scalable, and resilient power system ready for the challenges of today and tomorrow.

In this webinar, we will explore how digital solutions for MV substations are revolutionizing protection, control, and automation. We'll compare this modern approach to traditional designs, highlighting the benefits for both utility and industrial applications: unprecedented flexibility, enhanced safety, significant cost savings in engineering and installation, and dramatic improvements in operation and maintenance efficiency

Webinar take-aways:

1. Understand the key drivers behind the evolution of medium-voltage power distribution
2. Discover how to leverage advanced technology to enhance protection, control, and automation
3. Learn the principles of IEC 61850-based protection and control, including centralized protection and control
4. Gain insights from real-world experiences and early digital substation projects

Low-voltage power distribution systems are evolving rapidly to meet the demands of modern facilities. Increasing energy consumption, distributed generation, and the need for operational efficiency require smarter, more adaptable infrastructure. Digitalization offers a transformative approach—enabling real-time monitoring, advanced control, and data-driven decision-making.

In this webinar, we’ll explore how digital management of LV power distribution systems enhances reliability, safety, and efficiency. We’ll discuss key advantages such as improved visibility, predictive maintenance, and streamlined operations, and compare these benefits to traditional approaches. Join us to learn how digital technologies are shaping the future of power distribution for commercial and industrial applications.

Webinar take-aways:

1. Understand the evolution of LV power systems
2. Explore the benefits of digitalization
3. Prepare for the future of power distribution

The trend of digitalization in electric power distribution has been widely discussed and there is an increasing adoption of switchgear with digital technologies a.k.a. digital switchgear. Digital switchgear is paving the future of the electrical industry’s transition to safer, more reliable, and future-proof switchgear solutions. Protection of the busbar in digital switchgear that uses low power passive instrument transformers a.k.a. sensors, requires a distinct set of considerations as compared to conventional instrument transformers used in today’s conventional switchgear. These considerations will be discussed in this webinar. Alternative approaches to bus protection are described and their pros and cons evaluated.

Webinar take-aways:

1. Understand what digital switchgear is and the key role of current and voltage sensors
2. Basics of bus protection
3. Methods for implementing bus protection in digital switchgear

In today’s rapidly evolving energy landscape, reliable power protection is essential for ensuring business continuity and safeguarding critical infrastructure. This webinar provides an in-depth overview of modern power protection strategies, technologies, and best practices. Attendees will gain insight into how advanced solutions can mitigate risks, enhance system resilience, and support sustainability goals. Whether you manage data centers, industrial facilities, or commercial buildings, this session will help you understand the key components of a robust power protection plan.

Webinar take-aways:

1. Understand the Fundamentals of Power Protection: Learn the core principles behind power protection systems and why they are critical for operational reliability
2. Explore Advanced Technologies and Solutions: Discover how innovations in UPS systems, surge protection, and monitoring tools can prevent downtime and protect assets
3. Implement Best Practices for Resilient Infrastructure: Gain actionable strategies to design and maintain power protection systems that meet today’s performance and sustainability demands