Éoliennes on-shore avec stockage Dans le cadre du programme « Aman », qui prévoit le développement de 30 GW d énergies solaire et éolienne pour alimenter des électrolyseurs en Mauritanie. Sur jugement consensuel de l’équipe (points focaux et experts) atteindre la capacité de éoliennes est envisageable en 2030.
Éoliennes on-shore avec stockage Dans le cadre du programme « Aman », qui prévoit le développement de 30 GW d énergies solaire et éolienne pour alimenter des électrolyseurs en Mauritanie. Sur jugement consensuel de l’équipe (points focaux et experts) atteindre la capacité de éoliennes est envisageable en 2030.
"On-shore wind turbines with storage: As part of the "Aman" program, which provides for the development of 30 GW of solar energy and wind turbine to power electrolysers in Mauritania. On the consensus judgment of the team (focal points and experts) reach the capacity of 5GW wind turbines is conceivable in 2030." "On-shore wind turbines with storage: As part of the "Aman" program, which provides for the development of 30 GW of solar energy and wind turbine to power electrolysers in Mauritania. On the consensus judgment of the team (focal points and experts) reach the capacity of 5GW wind turbines is conceivable in 2030.": 2020-2030: 12,137.5 GgCO2, 2030: 6,068.8 GgCO2 "On-shore wind turbines with storage: As part of the "Aman" program, which provides for the development of 30 GW of solar energy and wind turbine to power electrolysers in Mauritania. On the consensus judgment of the team (focal points and experts) reach the capacity of 5GW wind turbines is conceivable in 2030.": 9,764.4
MR
Sectoral Mitigation Actions
M_SecAct2
Sectoral downstream actions to be undertaken as part of the NDC contribution
Downstream actions
Energy
Renewable Energy: Wind
MR
Sectoral Mitigation Actions
M_SecAct5
Emission reduction potential for a given sectoral downstream action 
Emission reduction potential 
Energy
Renewable Energy: Wind
MR
Sectoral Mitigation Actions
M_SecAct6
Estimated total cost of implementation for a given sectoral downstream action (mitigation and adaptation)
Estimated total costs for implementation
Energy
Renewable Energy: Wind