An International Energy Agency survey of solar power applications in Australia shows 5.2 GW of installations in 2024 were achieved and the total capacity of solar at 40 GW, includes 26.1 GW of distributed systems and 13.4 GW of centralised installations.
A 290 MW solar farm and 180 MW / 360 MWh battery energy storage system planned for Queensland’s Fraser Coast region is advancing towards construction after being given the green light by the federal government.
Project developer Recurrent Energy has capped a busy couple of weeks in the Australian market with the sale of a 250 MW solar and 120 MW battery project in New South Wales to an unidentified European buyer.
The International Renewable Energy Agency says solar is the only renewable energy technology where current investment levels are approaching the annual average needed through to 2030 to align with its 1.5 C pathway.
SunCable has struck a multi-million-dollar deal with traditional owners that will enable it to develop the biggest solar farm in Australia on a cattle station in the Northern Territory.
Picture dusk falling somewhere in the Solomon Islands. A fisher’s skiff glides home using a whisper-quiet electric outboard motor. In the Cook Islands, a big battery steadies the island grid. In Papua New Guinea’s highlands, solar kits bring electric light to homes for the first time.
Three New South Wales energy distributors have collaborated on the state’s first distribution system plan, which they say can sustain five years of energy transition momentum, while waiting for critical transmission infrastructure to be built.
One-in-five, or 20%, of renewable energy developers responding to an Intium grid-connection survey, say it took them two to three years waiting for grid connection approval, and delays are a threat to Australia’s renewable energy targets.
Portugese renewable energy giant EDP, through EDP Renewables Australia, has agreed to partner with the Queensland Investment Corporation to deliver the Punchs Creek Renewable Energy Project near Toowoomba.
Researchers in the Middle East have developed a fuzzy logic controller that simultaneously optimises the tilt angle of PV systems and performs maximum power point tracking. Year-long simulations indicate that the proposed approach increases power generation by approximately 20%.
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