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The size of Australia’s first coordinated renewable energy zone is set to be increased with the New South Wales government announcing the network capacity of the declared Central-West Orana Renewable Energy Zone will be expanded to better meet the state’s future energy needs as coal-fired power stations progressively retire.

Developers of large-scale PV projects in Australia are being told it is of the utmost importance that they plan for increased frequency of sudden solar power fluctuation events – known as ramps – with new research suggesting that climate change may affect the future stability of grid-connected solar power systems.

Investors have lodged bids for 3.1 GW of wind and solar projects, along with 1.6 GW of long-duration storage projects, in response to the New South Wales government’s latest tender for renewable energy generation and storage capacity as it prepares for the exit of coal-fired power generation from the state’s electricity grid.

Scientists in India have proposed using solar modules at the end of their lifecycle as a building material for low-cost small housing units. With solar module recycling currently not viable economically, the researchers said their approach makes conventional solar panels into BIPV products without any modifications.

Paul Wormser, vice president for technology at Clean Energy Associates, says PV initiatives should be designed to last, as several well-meaning off-grid solar projects for the developing world have floundered over the years.

Traditional owners in the Northern Territory have teamed up with South Korean power provider Korea Midland Power and a Perth-based renewables company to progress plans for a 300 MW solar farm to be developed on land adjacent to the Middle Arm Sustainable Development Precinct on Darwin harbour.

Wood Mackenzie expects 270 GW of new global PV capacity in 2023, up 33% year on year. However, the annual growth rate is anticipated to fall to 1% in 2024 and to increase again by 5% in 2025.

China-based Halead is offering a reflective material for ground-mounted bifacial PV projects, which it claims can increase the annual power production of a solar plant by over 9%. Germany’s TÜV SÜD certified the performance of the solution.

Vast arrays of solar panels floating on calm seas near the Equator could provide effectively unlimited solar energy to densely populated countries in Southeast Asia and West Africa.

The Australian government needs to commit up to $138 billion (USD 90 billion) over the next decade to support manufacturing of renewable energy-related equipment or risk the country being left behind in the race to develop the technologies and manufacturing capacities needed to prosper from the global energy transition.