Advancing global solutions for smart grids, renewable integration, and sustainable energy systems through cutting-edge research and innovation.
Real-time grid optimization, demand response systems, and AI-driven predictive maintenance for next-generation electrical infrastructure.
Solar/wind energy storage systems, hybrid microgrids, and decentralized energy resource (DER) optimization protocols.
Emerging technologies for carbon capture, hydrogen storage, and advanced battery materials with industrial partnerships.
This project is developing decentralized energy networks that use predictive analytics to balance supply and demand in microgrid environments, improving renewable energy utilization by up to 40%.
This initiative is transforming grid-edge energy storage with modular battery arrays that can be scaled for urban energy needs while providing grid stability services.
IEEE Transactions on Smart Grid, 2024
This study introduces a reinforcement learning framework that improves grid efficiency by 27% compared to conventional optimization techniques.
View PaperRenewable Energy Journal, 2023
This research demonstrates how hybrid renewable systems can maintain 98% grid output even during 72+ hour low-resource periods.
View PaperEnergy Conversion and Management, 2025
This breakthrough technology achieves 95% CO2 capture efficiency while reducing energy penalties by 42% in fossil fuel generation.
View PaperBecome a research partner, contribute to open-source projects, or access our energy simulation frameworks.