| Project Detail |
Azerbaijan
Project number:
52221
Business sector:
Energy
Notice type:
Private
Environmental category:
B
Approval date:
27 Apr 2022
Status:
Concept Reviewed
PSD disclosed:
24 Mar 2022
Project Description
Provision of long-term senior debt of up to USD 51 million for the development, construction and operation of a solar photovoltaic power plant with an installed capacity of 230 MW on a site located 9 km northwest of the Alat settlement in eastern Azerbaijan (the Project). The Project will be developed by a newly established special purpose vehicle in Azerbaijan, which will act as the borrower for the project financings. Abu Dhabi Future Energy Company PJSC (Masdar) will act as the sponsor for the project.
Project Objectives
The Project will add 230 MW of solar generation capacity to the Azerbaijani power system and power approximately 110,000 homes. This would help substitute natural gas-based power plants and help in meeting the renewable energy targets set by the Government of Azerbaijan in line with countys commitments under the Paris Agreement. The Project will also result in strong environmental benefits with estimated annual CO2 emissions savings of up to 200,000 tonnes. This will assist the country in its low-carbon transition, reducing its current high reliance on thermal power generation.
Transition Impact
ETI score: 65
The transition impact of the Project is expected to come mainly from its contribution to the currently state-dominated Azerbaijani power sector by adding a new private entrant. The Project is expected to be the first privately owned utility scale solar power project in the country. The Project will also introduce a new international power sector sponsor to the country - a key milestone for power sector development.
The transition impact of the Project will also stem from its alignment with the EBRDs Green Economy Transition approach (GET) as it will allow producing electricity using solar power, which will assist the country in its low-carbon transition, reducing its current high reliance on thermal power generation. |
