eNERGY DISTRIBUTION
Delivering energy from the network to end-users
The Challenge
Distribution network service providers (DNSPs) are facing challenges in managing unprecedented numbers of inverter-interfaced generating (renewable energy) resources being connected to the grid. DNSPs have to manage many small-scale generators, which can be more challenging to manage than a few large-scale generators.
The widespread adoption of electric vehicles (EVs) and their associated charging infrastructure can create complications for the power grid. An increase in demand, particularly during peak charging times, can put stress on the power grid, potentially leading to issues such as overloading and voltage fluctuations.
Utilizing the capabilities of inverters at the front end of generators and managing customer loads effectively to reduce the impact of renewable resources and electric vehicles on the power grid.
WHAT WE’RE DOING
Management and regulation of voltage levels within a power system to ensure a stable and efficient flow of reactive power.
Design of energy trading systems using blockchain technology to enable buyers and sellers to trade directly with one another.
Investigate distributed energy resources (DER) to facilitate the coordination of high-power electric vehicle (EV) charging infrastructure in weak grids.
Integrating DERs to ensure a stable power supply to remote and sparsely populated areas.
Modelling power system infrastructure to increase its resilience and responsiveness to cope with adverse weather conditions.
Prof. Kashem Muttaqi
Theme Lead
Phanindra Kumar
Higher Degree Researcher
MEET OUR TEAM
Dr Sarah Lyden
Co-Theme Lead
Nabin Babu Ojha
Higher Degree Researcher
A/Prof Rabiul Islam
Co-Theme Lead
Ramya Macheri
Higher Degree Researcher
