Integrated Decarbonisation

EDF Australia aims to leverage our extensive experience and resources to drive sustainable change within the mining and industrial sectors. We build, own, and operate assets across renewable generation, storage, transmission, efficiency optimisation and trading to decarbonise loads that are currently serviced by fossil fuels.

EDF's deep technical knowledge allows development of integrated systems from design to deployment that balance reliability and cost of energy by optimising loads with various technologies. We own and operate these systems under long term agreements in a partnership model. EDF Australia is able to combine a range of technologies (transmission, storage, alternative clean energy, renewable energy generation) to develop packaged solutions for its customers.

Utilising our significant global R&D capabilities in the energy sector coupled with a technology agnostic approach ensures that our projects offer the most effective energy transition solutions to our partners.

EDF Australia has formed strategic partnerships with large customers who have significant decarbonisation needs, developing grid-connected, off-grid and hybrid solutions that integrate multiple technologies to achieve decarbonisation and support Australia’s energy transition.


Our References

Envusa Energy

South Africa

  • Joint venture between EDF and Anglo American. Supplies Anglo American with a blend of renewable energy generated via a mix of projects some on Anglo American’s sites and others located remotely with electricity transmitted via the national grid
  • Mature pipeline of > 600 MW of wind and solar projects in South Africa
  • Development of an ecosystem that is expected to generate 3 to 5 GW of renewable energy by 2030

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Amaala

Saudi Arabia

  • An optimised off-grid renewable energy system, which generates energy from photovoltaic technology of 250 MW and a 700 MWh battery energy storage solution that enables 24/7 power, plus a desalination plant and wastewater treatment plant, both powered by renewables
  • Capacity to generate up to 410,000 MWh per annum
  • Water desalination plant that uses reverse osmosis technology and has a capacity of 37 million litres of water per day

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Umoyilanga

South Africa

  • Innovative project combines solar, wind and BESS technologies to offer green dispatchable and reliable power to the national electrical grid. The project will operate as a virtual power plant (VPP), combining generation from two sites, 900 km apart, “Avondale” (Northern Cape) with 115 MW of solar PV and 30 MW BESS, and “Dassiesridge” (Eastern Cape) with 63 MW of wind and 45 MW BESS

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