Clean Energy Capability Portfolio | Grid Transformation
UNSW is striving to deliver a future power system UNSW hosts the largest Real-Time Simulation ( RTS ) that can support 100 % renewable generation and the Laboratory in Australia . Real-time digital power system electrification of almost everything by 2050 . Our focus simulation provides an accurate , reliable and costeffective method to simulate , verify and experiment is on decarbonising energy systems and industry through technology , people and infrastructure . We with multiple technologies , functions , operations and are developing and commercialising the technology control from individual components to large-scale required to displace centralised fossil-fuel generators power systems . with energy equity in mind . We are approaching a situation where 40 % of total power generated will be from inverter-based generators . This scale of inverter penetration is globally untested and the ability of inverters to sustain load across large electricity grid is unclear , particularly in the case of anomalous or fault conditions .
Clean Energy Capability Portfolio | Grid Transformation
Grid Transformation
UNSW is striving to deliver a future power system UNSW hosts the largest Real-Time Simulation ( RTS ) that can support 100 % renewable generation and the Laboratory in Australia . Real-time digital power system electrification of almost everything by 2050 . Our focus simulation provides an accurate , reliable and costeffective method to simulate , verify and experiment is on decarbonising energy systems and industry through technology , people and infrastructure . We with multiple technologies , functions , operations and are developing and commercialising the technology control from individual components to large-scale required to displace centralised fossil-fuel generators power systems . with energy equity in mind . We are approaching a situation where 40 % of total power generated will be from inverter-based generators . This scale of inverter penetration is globally untested and the ability of inverters to sustain load across large electricity grid is unclear , particularly in the case of anomalous or fault conditions .