Energy systems and storage
Connecting energy systems and advancing storage solutions
As energy sources diversify, systems must work together seamlessly. This focuses on how energy is delivered, managed and optimized within networks, with an emphasis on integration, performance and storage.
Integrated energy networks
Energy networks are evolving with the introduction of distributed generation and new technologies. This examines how these components interact, improving co-ordination across generation, transmission and end use, including smart grids, system modelling and integrated approaches that respond to shifting demand and supply patterns.
Applied research environments, such as the Clean Energy Research Lab, support work in energy systems, storage and emerging technologies.
Grid performance and operation
Modern energy networks must respond to variability and disruption. Monitoring, control systems and data-driven approaches improve stability, efficiency and operational performance.
Energy storage and system balance
Storage enables energy to be used when and where it is needed. This includes technologies such as battery systems and fuel cells that support system balance, load management and energy availability.
From systems to application
Our focus addresses practical challenges related to energy delivery and infrastructure. This includes improving how systems perform, contributing to implementation and advancing technologies used in energy networks.
Preparing talent for integrated energy environments
Our programs prepare students to work across integrated energy systems, from generation and distribution to storage and system optimization. Students develop the skills needed to understand how energy networks function and adapt in real-world environments.
Students in Electrical Engineering can pursue a Smart Grid specialization, focused on modernizing power systems through communications and networking technologies, including grid optimization and energy storage.
