Asadullah Muhammad Hossain Saad

RESEARCH INTEREST

• Using renewable energy, including solar, wind, and hydro, to cut carbon emissions and provide energy needed around the world.

• Integrating nanotechnology to enhance energy efficiency, and user comfort through advanced nano-sensors, flexible electronics, and energy harvesting systems. Aims to improve the functionality, security, and sustainability of energy technologies for diverse applications.

• Intelligent adaptive power grid construction: Renewable energy law, grid stability, and optimization of the distribution system by relying on the characteristics of advanced communication and control technology.

• Investigation of new storage technologies (batteries, supercapacitors, thermal storage) able to compensate for supply and load in the system based on renewable energy.

• Development of machine-learning-based algorithms for energy management optimization, fault detection and diagnosis, demand forecasting, and predictive maintenance in power systems.

• Development of semiconductor devices for energy-efficient power electronics and low-loss electrical systems.

• Research on cutting-edge power conversion technologies aimed at improving electronics and driving the efficiency of renewable energy systems.

• Wireless charging systems for safe and efficient power transfer to electric vehicles and portable devices without physical connectors.

• Power electronics, Batteries, Vehicle to grid (supporting sustainable transport) Focus on energy-efficient components that contribute to reducing losses through high-efficiency devices designed for enhanced performance.

• Identifying weaknesses in energy systems and power grids, crafting plans to protect critical infrastructure from potential cyber-attacks, and maintaining operational resilience.