Transgrid: New South Wales' Energy Transition Now Enters the Next Phase

Transgrid: New South Wales' energy transition now enters the next phase

New South Wales, Australia's most coal-dependent state, will transition from 40% to 90% renewable energy by 2035, according to grid operator Transgrid's latest planning report.

Transgrid unveils TAPR: NSW transition enters next phase - Utility Magazine

Image: arliftatoz2205/stock.adobe.com According to Transgrid’s newly released Transmission Annual Planning Report (TAPR) 2025, New South Wales is in the ‘deep transition’ phase as it powers towards 90 per cent renewables by 2035.   However, the report also highlights that generation, storage and network investments must be planned and delivered in lockstep if New South Wales is to successfully navigate the next phase of its transition from coal …

Transgrid TAPR 2025 signals NSW energy transition with solar and wind boom

Transgrid's Transmission Annual Planning Report (TAPR) for 2025 has revealed the completion of the 'ramp up' phase of NSW energy transition.

NSW enters ‘deep transition’ phase in energy shift, says Transgrid

New South Wales grid operator Transgrid expects renewable energy to expand from 40% of the state’s electricity supply today to 90% in 2035, when it anticipates almost all coal-fired power plants will have closed.In the latest edition of its Transmission Annual Planning Report (TAPR), Transgrid says the New South Wales (NSW) energy transition is entering an “intense phase” that will see a mass buildout of renewable generation and connecting trans…

Transgrid heralds ‘deep transition’ phase with TAPR 2025

New South Wales transmission network operator Transgrid has released its Transmission Annual Planning Report (TAPR) 2025, which marks the completion of the ‘ramp up’ phase of the state’s energy transition. According to CEO Brett Redman, New South Wales is entering a new, highly dynamic phase of ‘deep transition’ in which the grid will undergo dramatic change thanks to the rapid closure of coal generators and accelerated buildout of renewable gen…