Research & Development

Comprehensive laboratory testing regimens—combining thermal cycling, high‑current stress, EMC, and accelerated lifetime tests—are essential to validate advanced power designs and ensure reliability in real‑world applications. (Source: PRBX)

Fragile semiconductor supply chains — from concentrated fabs and toolmakers to constrained raw‑material suppliers — risk delaying renewable deployments and slowing the energy transition unless resilience measures are adopted. (Source: © Fotografos - stock.adobe.com)

Materials and integration are reshaping energy harvesting — from GaN/SiC at the high‑power edge to SOI and low‑leakage CMOS for nanoamp quiescent current in battery‑free sensors. (Source: © Plaifah - stock.adobe.com)

Rapid growth in wind and solar has created periods of electricity abundance that ageing transmission grids often cannot absorb, forcing curtailment and underscoring the urgent need for grid upgrades, storage and smarter distribution strategies. (Source: © Giggles - stock.adobe.com)

Melexis’ new digital current sensor addresses signal‑integrity challenges in high‑power EV systems by providing robust, high‑fidelity current measurement and a digital interface that simplifies integration and improves diagnostic capability. (Source: © Pixim Stock - stock.adobe.com)

Fraunhofer ISE reports rapid growth in solar deployment across Europe — from rooftop systems to utility‑scale farms — accelerating the region’s transition to renewable electricity and supporting grid decarbonization. (Source: © pinkrabbit - stock.adobe.com)

Energy harvesting succeeds or fails at the PMIC level — from cold‑start circuits and nanopower quiescent currents to MPPT and buffer management, power electronics determine whether microwatt sources can sustain real devices.
(Source: © Johnnii - stock.adobe.com)

A compact three‑phase inverter platform based on the EPC33110 integrated GaN module delivers high switching frequency and power density for robotic joints and lightweight drone propulsion, combining monolithic half‑bridges, integrated drivers and simplified PCB layout. (Source: © Laura - stock.adobe.com)

III-V germanium PV module with an efficiency of 34.4 percent – a new world record.
(Source: Fraunhofer ISE / Photo: Daniel von Kutzleben)

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