The Applied Power Electronics Conference (APEC) 2026 has announced an impressive lineup of speakers for its upcoming plenary session in San Antonio, Texas, reflecting the rapid evolution of power electronics across industries such as data centers, space systems, sustainability and advanced technologies.
Scheduled for the afternoon of March 23, 2026, the plenary session will bring together four distinguished experts to share insights on emerging trends and practical challenges facing engineers and designers worldwide. The event, taking place in the Hemisphere Ballroom at the Henry B. González Convention Center, will also be livestreamed on IEEE.tv, enabling professionals around the world to join the discussions in real time.
Exploring Power Delivery for Future AI Data Centers
One of the opening keynote presentations will focus on high-voltage direct current (HVDC) distribution for next-generation AI data centers. Power electronics play a pivotal role in meeting the high efficiency and reliability demands of AI infrastructure, and the transition from traditional AC architectures is a key topic at APEC 2026.
Innovations in HVDC and solid-state power conversion are expected to reduce energy losses and enhance power density, making them essential for data centers that must support ever-increasing compute loads with lower environmental impact.
Power Electronics Supporting Earth Monitoring and Space Missions
Another plenary speaker will explore the role of power conversion and distribution technologies in supporting large-scale environmental monitoring missions such as the Copernicus project. High-efficiency power systems are critical in space applications, where energy resources are limited and reliability is paramount.
Advances in GaN switches, digital control techniques and compact power solutions are transforming how satellites and remote sensing platforms manage power, enabling longer missions and more accurate data collection for climate and earth science initiatives.
Sustainability of Power Semiconductors in Modern Systems
A third keynote will address a theme gaining traction across the electronics industry: power semiconductor sustainability. As energy efficiency and environmental impact become increasingly prioritized, engineers are rethinking product lifecycles, materials selection, and design methodologies to reduce waste and energy consumption.
The talk will examine practical approaches to sustainability that balance performance, cost, and long-term viability, encouraging industry stakeholders to build consensus around standards that support both innovation and ecological responsibility.
When Power Magnetics Meets AI: A New Frontier
Rounding out the plenary session is a presentation entitled “MagNet Challenge: The Serendipity When Power Magnetics Meets AI,” exploring how magnetic component design intersects with machine learning and artificial intelligence.
This discussion aims to highlight opportunities where AI-assisted design tools and data-driven modeling can accelerate magnetics development, improve performance prediction, and support innovative topology exploration — all key to pushing the boundaries of power electronics integration.
Why APEC Matters for Engineers and Component Manufacturers
Recognized as one of the leading events in applied power electronics, APEC continues to draw professionals from OEMs, system designers, test engineers, and component manufacturers from around the globe.
Beyond technical presentations, the plenary session and associated events provide opportunities for knowledge exchange, networking, and early insight into trends that are shaping the future of power systems — from high-efficiency converters to sustainable semiconductor technologies.
Connecting Industry Trends to Component Innovation
For component manufacturers and designers, the themes highlighted at APEC 2026 emphasize several ongoing shifts:
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High-power distribution architectures are evolving to support AI and data-intensive applications.
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Space-grade power systems demand components with exceptional reliability and low loss.
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Sustainable design practices are influencing material choices and production workflows.
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AI-enhanced design tools are enabling faster optimization of magnetics and other passive components.
These trends are not confined to theoretical research — they influence real-world design decisions that determine system efficiency, footprint, and long-term performance.
What This Means for Magnetic Sensing and Component Design at SA
At SHINHOM, the intersection of emerging power challenges and component innovation is part of our ongoing focus. As power systems become more complex — from HVDC distribution to satellite power networks — designers need magnetic components and sensing solutions that deliver predictable performance, low loss, and reliability under varying operating conditions.
Our precision magnetic cores, current transformers, and inductive components are engineered to meet these rigorous demands, helping power electronics designers optimize energy flow, reduce interference, and improve system stability.
If your next project involves advanced power conversion, distributed infrastructure, or high-reliability environments, we invite you to explore how SHINHOM components can support your design goals. For inquiries or technical support, contact us at sales@shinhom.com.
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