Advertise with Power Electronics (PE)
Power Electronics (PE) delivers authoritative insight into the technologies and engineering decisions shaping the next era of electrification. Built around clearly defined technical pillars, PE connects the full power electronics ecosystem, from device physics and chip design through to modules, packaging, systems, and real-world deployment. Power electronics now sits at the centre of global infrastructure transformation. It underpins electrification across automotive, renewable energy, industrial systems, aerospace, and digital infrastructure. As demand accelerates, the focus has shifted beyond efficiency alone to power density, integration, thermal performance, reliability, and intelligent control at scale.
PE's editorial framework reflects where real engineering effort is being applied today:
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Power Module Innovation and Integration
Advanced packaging, interconnects, and high-density module design across Si, SiC, and GaN
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Wide Bandgap Technology and Applications
Deployment of SiC and GaN across EVs, renewables, data centres, and industrial systems
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Thermal Management and Reliability
Cooling strategies, lifetime prediction, and performance under real operating conditions
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Application-Focused System Design
Inverters, converters, chargers, and power architectures across automotive, grid, aerospace, and industry
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Chip and Circuit Design
Control architectures, gate drivers, and integration of analog and digital power functions
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AI and Intelligent Power Systems
Predictive maintenance, optimisation, and AI-driven design workflows
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Testing, Qualification and Lifecycle Performance
Validation, compliance, and quality assurance across the full product lifecycle
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Industry and Ecosystem Insight
Market direction, supply chain dynamics, and strategic decision-making across the sector
Growth in the sector is being driven by three structural shifts. Electrified transport is redefining requirements for high-voltage systems and power density. Renewable energy and grid modernisation are demanding scalable, grid-interactive conversion and storage. AI-driven digital infrastructure is placing new pressure on power delivery, efficiency, and thermal management at unprecedented scale. At the device level, wide bandgap materials such as SiC and GaN are extending performance boundaries. However, competitive advantage is increasingly defined at the integration layer, where packaging, thermal design, control, and system optimisation determine real-world performance and manufacturability.
PE's audience reflects this reality. It reaches power electronics engineers, system designers, semiconductor architects, packaging and thermal specialists, test and validation engineers, and senior technical decision-makers across OEMs, integrators, and the supply chain.
Through technical features, executive interviews, application case studies, and targeted webinars, PE provides a platform to engage directly with the engineers and leaders designing, specifying, and deploying next-generation power systems.
Position your brand where device innovation meets system execution.