Author name: Anna Boroshok

Fresh from the APAC Google TV Summit, we’re proud to share that an e-peas power-management IC (PMIC) is at the heart of the new Google TV G32 remote control, enabling it to run on indoor light with a tiny rechargeable storage element. When a platform at this scale brings energy harvesting into the living room,

What if your devices could run continuously powered by the energy already in their environment? With the right energy harvesting PMIC such energy sources like light, vibration, thermal and RF become reliable power sources for low-power devices. Why it matters Longer device lifetimes Lower maintenance costs Greater design freedom How it works Energy harvesting PMICs

Energy harvesting – powering electronics from ambient light, heat, vibration, or RF – is moving from trials to scale. At Tech for Retail 2025 (Paris Expo, Porte de Versailles, Nov 24–25), e-peas will be on site to meet partners and customers and discuss how our ultra-low-power PMICs enable long-life, low-maintenance devices across connected retail. Why

e-peas extends its leadership in ultra-low power energy harvesting technology with the launch of the AEM13921, the newest member of the AEM1392x family. Building on the proven success of the AEM13920, the AEM13921 redefines system flexibility and energy management efficiency for multi-source harvesting applications. Expanded Configuration & Performance Range Compared to the AEM13920, the AEM13921

Energy harvesting can deliver a surprisingly wide range of power – from just a few microwatts to several watts – enough to run many types of low-power electronic devices. These include: Wireless sensors (temperature, humidity, occupancy, etc.) Asset trackers Smart building and industrial IoT systems Wearables and remote monitoring equipment Environmental and agricultural sensors, medical

Energy harvesting is reshaping the future of connected devices, and new solutions like the CAP-XX LEAF platform demonstrate benefit of close cooperation for development of truly autonomous electronics. LEAF (Light-Extracted-Accumulated-Farads) is a new hybrid supercapacitor-based energy-storage platform designed to deliver battery-like energy density with hybrid supercapacitor durability, very high cycling capability and long cycle life.