➀ Researchers at the University of Liverpool have developed a novel energy storage material using sustainable carbon nanomaterial, Gii, which could lead to smaller, more efficient energy storage capabilities in IoT devices; ➁ The material combines Gii with iron oxyhydroxide (FeOOH) to create a powerful new electrode material for micro-supercapacitors; ➂ The electrode is water-based, offering a sustainable alternative to solvent-based electrodes commonly used in IoT devices.
Related Articles
- Self-Charging Battery For IoT Devices8 months ago
- AI’s Transformative Role in Semiconductor Design and Sustainability12 days ago
- July 2025 Issue Of Electronics For You2 months ago
- Construction Manuals for Affordable and AI-Capable Drones2 months ago
- Raspberry Pi Radio Module 2 available for custom boards2 months ago
- “Beyond Technology; We Offer Complete Ownership And Modernisation Of The Parking Operations”- Dhananjaya Bharadwaj, ParkMate2 months ago
- Miniature Artificial Intelligence for Smallest Devices2 months ago
- Artificial Intelligence in Miniature Format for Small Devices2 months ago
- Intelligent 5G Network, Digital Twin, and Privacy in the IoT: Frankfurt UAS Graduates Awarded Friedrich-Dessauer-Preis3 months ago
- Smart Lens Enables Non-Invasive Eye Monitoring3 months ago