Our work

Read more

In a landmark for accelerating electrification and decarbonisation of the Pilbara, Australia’s resources engine room, the WA Government’s Pilbara Energy Transition (PET) Plan has announced the development of priority common user infrastructure (CUI) corridors in the region. Read more

Read more

The iron ore slump means Australia must pivot at speed and scale to its immense opportunities in green iron, which requires action on decarbonisation. BHP, we’re looking at you. Read more

CEF advocates for a $50m per group per annum cap to the diesel fuel subsidy, and for all tax receipts to be returned to the mining firms impacted if they are reinvested in deployment of electric vehicles (EV) and the enabling renewable energy infrastructure. This cap would limit this reduced subsidy to eight of the largest mining firms in the world, turning a headwind to decarbonisation into a tailwind, and therefore aligning with Australia’s national interests in terms of improved energy security and acting in alignment with the climate science. Read more

Tim Buckley analyses the latest AEMO ESOO, which shows no reliability gap out to 2034 – if all planned replacement capacity projects are delivered on time. Time for state governments to accelerate approvals and strategic public interest investment into firmed renewables in line with the federal 82% renewables by 2030 target, and lock in low-cost, clean reliable supply to ameliorate the climate, energy and cost of living crises. Read more

This July, China reached its 1,200GW of installed wind and solar capacity by 2030 target, 6 years ahead of time. As of the end of July CY2024, China has a total installed wind and solar capacity of 1,207GW. This early success could inspire other major powers to accelerate their renewable energy efforts, benefiting global climate goals. However, China must continue to focus on areas like energy efficiency and steel sector decarbonization, as well as address challenges such as grid connectivity and energy storage to sustain its progress. As China’s electricity demand grows, particularly with the ongoing electrification strategy, the need for increased power generation and grid modernization becomes more pressing. To meet its carbon targets, CEF estimates that China will need to add approximately 330GW of solar, 80GW of wind, and 4GW of nuclear capacity annually until 2040. Read more

Read more

An analysis of current energy demand in the Pilbara, and the need for common user electricity infrastructure to accelerate electrification and decarbonisation at speed and scale, leveraging Australia’s opportunity to lead globally on zero-emissions value-added industries of the future. Read more

During the first 6 months of CY2024, China installed a total of 152.8GW of new capacity additions, a 14% y-o-y increase. 134.5GW or 88% were zero emissions capacity, a 25% y-o-y increase. Although China’s thermal new additions during the first 6 months of CY2024 show a decline, CEF believes for China to reach its ‘dual carbon’ targets – peaking carbon emissions by 2030 and achieving carbon neutrality by 2060 – it needs to cease new thermal expansion as early as possible, even noting its orientation to new low utilisation, flexible coal plants. Read more

Read more

China will achieve its 1,200GW wind and solar installed capacity by 2030 target by end July 2024, six years ahead of schedule. 103.5GW of zero-emissions capacity was added during the first 5 months of CY2024, as thermal power additions declined by 45% y-o-y as the end of May CY2024 notwithstanding a still exceptionally strong +6.9% y-o-y YTD2024 increase in electricity demand. Read more