Supercapacitors

Today, the dependence of modern societies on fossil fuels constitutes one of the main issues affecting pollution, global warming, cost of fuels, and geopolitical concerns. The development of alternative energy sources and storage technologies represents a great opportunity to address these concerns, in particular in the sectors of renewable sources and sustainable transportation.

On the one hand, this section aims to facilitate discussions on breakthroughs in materials, design, performance, and integration of supercapacitors for energy storage solutions. On the other hand, it aims to provide a platform for researchers and experts to explore the latest advancements and applications in supercapacitor technology. By focusing on this rapidly evolving topic, the section also seeks to support advancement in this field and to understand the future development of supercapacitors.

The “Supercapacitors” section of Batteries covers the following topics in supercapacitor-related research, development, and applications:

• Supercapacitor materials and electrode design;
• Energy storage mechanisms in supercapacitors;
• Hybrid systems combining supercapacitors and batteries;
• Supercapacitor-based energy storage solutions;
• Lithium-ion capacitor (LIC) technology and applications;
• Performance enhancement and durability of supercapacitors;
• Applications of supercapacitors;
• Supercapacitors for renewable energy integration;
• Supercapacitor technology for grid-level energy storage;
• Supercapacitors in sustainable transportation means;
• Advances in supercapacitor manufacturing techniques;
• Sustainability aspects of supercapacitor technology;
• Challenges and opportunities in the field of supercapacitors;
• Energy Management Strategy in systems including supercapacitors.