Over nearly three years, the research team pursued the development of advanced energy storage solutions. Key achievements include:

• Enhanced Electrolytes: Successful formulation of a solid-state electrolyte or ionogel with a widened electrochemical stability window through the strategic combination of ionic liquids.
• High-Performance Electrodes: Development of cost-effective, thermally-reduced graphene-based hybrid electrodes exhibiting high specific capacitance.
• Focus on High-Energy/Power Applications: The project prioritized the creation of energy storage devices with exceptional energy and power density, specifically targeting demanding applications such as space vehicles and next-generation technologies.
• Concurrent Scaling Efforts: Simultaneous efforts are underway to scale these advancements through integrating hybrid system approaches.

Four publications are in various stages, and one patent is in process.