The enormous demand for electrical power generated by artificial intelligence (AI) data centres is driving an unprecedented transformation of power infrastructure — with installations on the grid side and inside data centres demanding power electronics at a scale, efficiency, and density never seen before.
WHY THIS MATTERS NOW
Still thinking about AI & Data Centers?
As AI workloads grow and digital infrastructure expands, data centers and power systems are evolving faster than ever. What used to be separate conversations, computing and power delivery, are now becoming one engineering challenge.
PCIM News Platform
AI and the environment: what's the real cost of technological innovation?
Data center demand is expected to rise sharply through 2030, with AI workloads driving a growing share of that expansion. Who bears the environmental cost – and what does it mean for power electronics engineers building the infrastructure that makes AI possible?
INDUSTRY VOICE
"Power electronics is the backbone of modern AI data centers. From grid-to-chip, every stage of power delivery determines performance, scalability, and efficiency."
Data Centers are becoming power infrastructure
The rapid growth of digital infrastructure is transforming data centers from IT facilities into highly complex energy systems. Power density is rising. Cooling requirements are increasing. Grid integration is becoming more dynamic – and power electronics is at the center of every layer.
Architecture Shift From 12V to 48V and beyond
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Thermal Management Cooling becomes a power challenge
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Power Supply Design Reliability at hyperscale
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Grid Integration Data centers as grid participants
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AI systems: where the power engineering begins
Behind every large language model, every image generator, every autonomous vehicle inference system – there is a power electronics architecture making it possible.
AI is not just a software challenge, it is changing how power systems need to respond: faster, denser, and more efficient.
PCIM News Platform | Expert Analysis
AI is nothing without power: why GaN is becoming the backbone of the intelligence era
The AI revolution is simultaneously a hardware revolution. GaN technology is enabling the dense, high-frequency power conversion that AI accelerators demand – from cloud training infrastructure to edge inference. A deep dive into the engineering behind the intelligence era.
Expert analysis from Maurizio Di Paolo Emilio – Read on the PCIM News Platform
Training Infrastructure Power at the frontier
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Inference at Scale From cloud to edge
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Digital Power Management AI managing power systems
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Sustainability Can AI be green?
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