Opinion & Analysis

The four-day G7 summit in Cornwall ended with little cause for celebration from anyone worried about climate change. Most of the pledges that emerged were relatively old news, with the UK repeating its promise of £500 million for ocean conservation efforts and the group reaffirming its commitment to end support for coal production abroad.

Climate and energy specialists at the Australian National University have published a working paper on the data that will create a set of indicators to quantify the progress of Australia’s energy system transition. Initial findings show that despite renewables-driven strides in electricity supply, reductions in emissions have come from elsewhere, and the transport, industry and buildings sectors are dragging the country backwards.

An increasingly dynamic low-carbon hydrogen market has seen a deluge of government support, corporate commitments, announced projects and even bystander intrigue over the past 18 months. We believe this activity amounts to a paradigm shift which will see green hydrogen – hydrogen created from the electrolysis of water using renewable energy – emerge as a key element of the energy transition.

Governments and car manufacturers are investing hundreds of billions of dollars on electric vehicles. But while the electric transport revolution is inevitable, the final destination remains unknown.

By understanding the challenges that impacted the solar industry, battery material manufacturers will be better equipped to scale next-generation technologies from the lab to have a real-world impact.

Steel is a major building block of our modern world, used to make everything from cutlery to bridges and wind turbines. But the way it’s made – using coal – is making climate change worse.

In the first installment of a new monthly blog by IHS Markit, Edurne Zoco, executive director for clean energy technology, writes that high prices and increased freight costs are putting solar PV procurement teams under extreme pressure, particularly those teams with connection deadlines this year that were anticipating a more favorable pricing and logistic environment in the second half of 2021.

Whilst automated rebidding got some coverage from the most recent Australian Electricity Market Operator (AEMO) Quarterly Energy Dynamics, something else happened in the quarter that seemed to get less attention but is possibly much more important to operations for wind, solar and battery owners in the National Electricity Market (NEM).

In its latest report, IHS Markit predicts that energy storage installations in Australia will grow from 500 MW to more than 12.8 GW by 2030. Today, Australia makes up less than 3% of total global installations for battery energy storage and is the seventh largest market globally. By 2030, it is forecast to comprise 7% of global installations and become the third largest market. This growth will be largely driven by three distinct market segments: residential, standalone front-of-the-meter, and collocated with utility-scale renewables.

Charles Darwin University’s Deepika Mathur, and Imran Muhammad of Massey University in New Zealand reveal surprising results from their study into why Australians are retiring solar panels before their time, and what it means for our material footprint and the environment.