As part of our wind consulting services, our experts at Barlovento Applus+ carry out technical due diligence (TDD) for wind projects to conduct a comprehensive assessment of the technical aspects of wind farm projects in the development and operations stages. Barlovento Applus+ has an extensive experience as a lender technical advisor, vendor, and investor advisor for wind projects. Wind farm due diligence is essential to identify and mitigate risks, make investment and financial decisions, and ensure a successful acquisition.
Our technical due diligence services involve a thorough review of various elements of a wind project or a portfolio of projects which can potentially hybridize with solar photovoltaic technology. This service can be provided for wind farms that are in the following stages of development:
During technical due diligence, we follow the Technical Bankability Guidelines for Wind Investments (World Bank and European Union Horizon 2020).
This process involves a thorough review of various elements, including but not limited to site conditions, wind resource assessment, turbine technology, grid connection, wind engineering and design, environmental management services, permits, and risk assessment.
The goal of wind farm technical due diligence is to identify potential risks, assess the project feasibility, and provide recommendations to optimize performance, mitigate risks, and ensure compliance with industry standards and regulations. It is a crucial step for investors, lenders, and stakeholders to make informed decisions about investing, financing, or acquiring wind farm projects.
Barlovento Applus+ has extensive experience in conducting technical due diligence for financing and acquisition of wind farm projects in Europe, Africa, and Latin America:
Technical due diligence can be carried out for wind farms in the following phases: early development, advanced development, under construction, or in operation.
Our services for operational wind farms can include hybridization and repowering analysis (energy yield assessment, hybridization energy results, processing analysis, technology review, land availability, grid connection, environmental evaluation, and economic aspects).
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