Flexible Supercapacitors. Materials, Fabrication, and Applications in Electronics (en Inglés) - Shalu Rani;Sanjay Kumar;Tukaram D. Dongale;Pawan Kumar;Abhinav Tandon

Design and integrate flexible supercapacitors for next-generation electronic systems

Flexible supercapacitors demand specialized knowledge spanning electrochemistry, materials engineering, and device integration. Flexible Supercapacitors: Materials, Fabrication, and Applications in Electronics provides a systematic treatment from foundational electrochemical principles through advanced device architectures. Written by a team of researchers from leading institutions including IIT Dhanbad, IIT Patna, Shivaji University, IIT Delhi, and the National University of Singapore, this reference connects supercapacitor design with real-world integration for wearable electronics, biomedical devices, and sustainable energy systems.

Flexible Supercapacitors covers electrode, substrate, and electrolyte components tailored for mechanical flexibility and electrochemical performance. Fabrication techniques including printing, coating, and polymerization are detailed with emphasis on scalable, low-cost methods. Dedicated coverage of sustainable, biodegradable, and edible supercapacitors introduces novel materials and device prototypes. Integration strategies for smart textiles, flexible displays, and energy-harvesting systems are examined alongside commercialization challenges, safety protocols, and emerging directions such as self-healing and shape-memory supercapacitors.

Readers will also find: Real-world case studies and testing protocols demonstrating flexible supercapacitor performance under practical operating conditions and mechanical stress Fabrication methodologies for skin-patchable sensors, smart textiles, and edible energy devices targeting biomedical and green electronics applications Detailed treatment of electrode materials, flexible substrates, and electrolyte systems optimized for stretchable and conformable device architectures Integration strategies for wearable platforms combining energy storage with harvesting, sensing, and display functionalities in unified systems Analysis of commercialization pathways addressing scalability, safety standards, and future directions including self-healing supercapacitor technologies

Flexible Supercapacitors serves materials scientists, electronics engineers, mechanical engineers, and solid-state physicists working on flexible energy storage devices. By systematically treating materials selection, fabrication processes, device integration, and commercialization challenges, this reference equips researchers and practitioners to advance supercapacitor technology from laboratory prototypes to deployable systems for wearable, biomedical, and IoT applications.