Smart Energy Infrastructure for Future Power Networks
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Description
This project aims to explore and harness the benefits associated with the digitalisation of power systems and the
developments of smart grids as cyber-physical energy systems. As power systems become increasingly complex
alongside information and communication technologies (ICT), their simulation methods must also mature in
accordance. There does not exist a simulator which sufficiently simulates power systems intertwined with their
communications side counterpart on a large scale. Also, new ICT requires capable simulation before implementation
on power systems. My research aims to explore:
- Smart grid co-simulation
- Power system and communication
modelling theory
- Digital twins applications
- Battery Energy Storage Systems (BESS)
- Renewable Energy Sources (RES) integration
This project will most likely mainly be produced through computational and simulation packages
on a desktop/workstation.
Brunel University London | LEAD_ORG |
Xin Zhang | SUPER_PER |
Subjects by relevance
- Simulation
- Renewable energy sources
- Electrical power networks
- Smart grids
- Digitalisation
- Information technology
- Information and communications technology
- Energy technology
- Simulators
Extracted key phrases
- Smart Energy Infrastructure
- Future Power Networks
- Power system
- Physical energy system
- Battery Energy Storage Systems
- Project
- Smart grid co
- Renewable energy Sources
- Simulation method
- Simulation package
- Capable simulation
- Communication technology
- Digital twin application
- New ICT
- Modelling theory