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. It is ultra-slim, operates reliably from -40°C to +85°C, supports thousands to millions of cycles, and eliminates the hazardous waste and replacement costs associated with disposable batteries.
Located at the heart of CAP-XX LEAF platform, e-peas AEM PMICs enable a seamless interface to applications with no compromise on efficiency. They deliver energy stored in CAP-XX devices to Ambient IoT devices .
This makes it possible to build energy autonomous livestock monitoring tags, asset trackers, smart-home sensors, and industrial IoT nodes that operate for years without maintenance, replacement cycles, or environmental impact. By supporting fast charge, burst power, and wide temperature ranges, both CAP-XX and e-peas products accelerate the development of robust, long-lasting, and eco-friendly devices.
As the industry shifts away from disposable batteries, e-peas continues to enable a cleaner, more autonomous future for IoT.
