Perovskite-silicon tandem solar cells exceed silicon efficiency limits, enabling flexible, indoor, and grid-scale energy harvesting for next-generation renewable power systems.
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High-voltage pre-charge relays reduce PCB footprint while protecting EV chargers and energy storage systems from damaging inrush current.
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Edge AI requires solving for power and perception at every level of the stack. Explore the growing energy demands of AI infrastructure and the sensing technologies behind physical autonomy.
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Explore how silicon carbide boosts EV on-board chargers with higher switching frequency, lower losses, 800V/1200V modules, T2PAK cooling, and bidirectional V2H.
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Packaging plays a critical role in 650V GaN FET performance. Learn how TOLL-8N packages reduce parasitics and improve thermal efficiency in high-speed power designs.
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Discover how pulse transformers improve PLC signal integrity and isolation in EV charging control circuits, enabling reliable CCS and NACS communication in compact, high-power chargers.
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Stacked MLCC capacitors enhance reliability in harsh, high‑frequency power designs by reducing mechanical stress while maintaining low ESR and ESL for industrial and energy applications.
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Smart USB-C power delivery enables safer charging, bidirectional power flow, and dynamic negotiation for modern adapters and multi port chargers.
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High-efficiency SiC and GaN power systems increase conducted EMI. Learn how system design, parasitics, and TE Connectivity/Schaffner filtering solutions mitigate EMI in industrial power applications.
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Integrated ideal diodes combine the advantages of Schottky diodes and MOSFETs by offering low forward voltage drop and reverse current blocking, enabling efficient and scalable power architectures.
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Phoenix Contact NearFi couplers deliver contactless power of up to 50W and 100Mbps Ethernet, replacing slip rings and connectors in motion-based automation systems.
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Discover how solar-powered automation and MPPT-driven motor control are revolutionizing off-grid industrial systems with sustainable, flexible solutions.
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Explore how thermoelectric nanomaterials power remote and self-powered small devices and improve the energy efficiency of different technology systems.
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Residential solar capacity is set to double by 2030, making inverter choice more critical. See how string and microinverters provide safety, efficiency, and reliability in home solar systems.
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Energy harvesting is redefining IoT across homes, cities, and industries by powering devices with light, motion, and RF—no wires or batteries required.
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Contacts are the most vulnerable element of connector design. Explore how contactless connectors solve reliability and wear issues for industrial, medical, and robotics applications.
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What would be the impact of a prolonged blackout? We’ve analysed factors including electricity use, internet reliance, and water supplies, to find out.
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The US electric grid is evolving into a smart, data-driven IoT network, enabling resilience, V2G technology, and democratized energy.
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Engineers at Chalmers University of Technology developed a pulsed quantum amplifier that activates only during qubit readout, reducing heat and power consumption in cryogenic quantum systems.
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Contactless magnetic sensors enable multiturn position tracking—even during power loss—in robotics, automation, and automotive systems.
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