The global post-Covid recovery and the geopolitical tensions following the Russian invasion of Ukraine have led to sharp increases in the price of oil, gas, and electricity. At the same time, the availability of EDF’s nuclear fleet was affected for a period of several months by the discovery of signs of stress corrosion on some reactors. In addition, the 2022 drought resulted in historically low levels of water availability at EDF dams.
In this environment, the Company has remained active to ensure the supply of electricity to its customers throughout the winter of 2022. To ensure maximum availability of its production fleet, the Group has leveraged all resources available to it, starting with the maintenance of all its nuclear, hydro, thermal, wind and solar power facilities being anticipated and scheduled before and after winter wherever possible.
Furthermore:
At the same time, EDF has ramped up its actions in favour of better energy use:
Several of the Group’s most practical challenges relate to nuclear power, both for the optimisation of its positive impacts and for the mitigation of its negative impacts. Several key components of this are outlined below, with further details in the main body of the statement of non-financial performance.
2020 | 2021 | 2022 | § DPEF | |
---|---|---|---|---|
Contribution to climate change mitigation | Contribution to climate change mitigation2020
|
Contribution to climate change mitigation2021
|
Contribution to climate change mitigation2022
|
Contribution to climate change mitigation§ DPEF
|
LCA studies concerning nuclear power generation (in gCO2/KWh) | LCA studies concerning nuclear power generation (in gCO2/KWh)2020- |
LCA studies concerning nuclear power generation (in gCO2/KWh)2021- |
LCA studies concerning nuclear power generation (in gCO2/KWh)20224 |
LCA studies concerning nuclear power generation (in gCO2/KWh)§ DPEF3.1.1.2.13.3 |
Adaptation of nuclear power plants | Adaptation of nuclear power plants2020
|
Adaptation of nuclear power plants2021
|
Adaptation of nuclear power plants2022
|
Adaptation of nuclear power plants§ DPEF
|
Adaptation to Climate Disruption (ADAPT) policy and CEMA action plan: proportion of completed local “monographs” (target: 100% in 2025) | Adaptation to Climate Disruption (ADAPT) policy and CEMA action plan: proportion of completed local “monographs” (target: 100% in 2025) 2020- |
Adaptation to Climate Disruption (ADAPT) policy and CEMA action plan: proportion of completed local “monographs” (target: 100% in 2025) 2021- |
Adaptation to Climate Disruption (ADAPT) policy and CEMA action plan: proportion of completed local “monographs” (target: 100% in 2025) 20228 |
Adaptation to Climate Disruption (ADAPT) policy and CEMA action plan: proportion of completed local “monographs” (target: 100% in 2025) § DPEF3.1.2.5 |
Nuclear safety | Nuclear safety2020
|
Nuclear safety2021
|
Nuclear safety2022
|
Nuclear safety§ DPEF
|
Significant level-2 events on the INES scale* (in nb) | Significant level-2 events on the INES scale* (in nb)20201 |
Significant level-2 events on the INES scale* (in nb)20211 |
Significant level-2 events on the INES scale* (in nb)20220 |
Significant level-2 events on the INES scale* (in nb)§ DPEF3.3.1.1 |
Solid radioactive waste | Solid radioactive waste2020
|
Solid radioactive waste2021
|
Solid radioactive waste2022
|
Solid radioactive waste§ DPEF
|
France: volume of long-lived high and intermediate level solid radioactive waste (in m3) | France: volume of long-lived high and intermediate level solid radioactive waste (in m3)2020283 |
France: volume of long-lived high and intermediate level solid radioactive waste (in m3)2021287 |
France: volume of long-lived high and intermediate level solid radioactive waste (in m3)2022225 |
France: volume of long-lived high and intermediate level solid radioactive waste (in m3)§ DPEF3.2.4.1 |
United Kingdom: volume of low-level solid radioactive waste disposed of (in m3) | United Kingdom: volume of low-level solid radioactive waste disposed of (in m3)2020352 |
United Kingdom: volume of low-level solid radioactive waste disposed of (in m3)2021471 |
United Kingdom: volume of low-level solid radioactive waste disposed of (in m3)2022498 |
United Kingdom: volume of low-level solid radioactive waste disposed of (in m3)§ DPEF3.2.4.1 |
* International Nuclear Event Scale.
For each of the 16 high-priority CSR issues, the Group drew up a corresponding CSR commitment in the form of operational policies and actions designed, from an environmental, social and societal point of view, to minimise the negative impacts and maximise the positive impacts of each of these issues.
The following mapping lists these 16 CSR commitments and states for each of them the corresponding sustainability risk as described in the Group major risk mapping,
its contribution to the UN Sustainable Development Goals, and related performance measurements (2).
The Group’s non-financial performance is a component of the Group’s performance, designed to facilitate a just, inclusive energy transition.
EDF’s raison d’être is based on four key areas which, taken together, aim at ensuring that the Group’s engagement in the energy transition is fair and inclusive. In 2021, after validation of the principles of its “Just Transition” plan by the CSR Strategy Committee (an Executive Committee committee) and by the Corporate Responsibility Committee (a Board of Directors committee), EDF published them in
the form of a report ahead of the COP26 summit. In 2022, the report was updated on the occasion of the COP2027 summit. For a detailed description, see the publication “Just Transition commitments, from strategy to action” on the Link to webpage: www.edf.fr website (3).
(1) See section 1.4.2.1.2 “Regulated electricity sales tariff contracts”.
(2) For the methodology used for these indicators, see section 3.6 “Methodology”.