Life Cycle Assessments
Download our newest Life Cycle Assessment of the V236-15 MW wind plant here
All additional Vestas' Life Cycle Assessments can be found on the page below.
- File title:
- Life Cycle Assessment of electricity production from an offshore V236-15 MW wind plant
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Life Cycle Assessments of our turbines
Vestas works with Life Cycle Assessments (LCA) to develop increasingly energy-efficient products whilst mitigating the environmental impacts throughout the turbine's lifetime. Since 1999, Vestas has been developing Life Cycle Assessments of wind power to provide a ‘cradle to grave’ evaluation of the environmental impacts of Vestas’ products and activities.
The studies assess a wind turbine’s entire bill-of-materials accounting for the approximately 25,000 parts that make up a wind turbine. In a Life Cycle Assessment, a complete wind power plant is assessed up to the point of the electricity grid, including the wind turbine itself, foundation, site cabling and the transformer station.
Vestas SiteLCA™
Scope
Vestas offers customers the opportunity to acquire a customised Life Cycle Assessment of their own wind power plant called Vestas SiteLCA™. It determines key indicators of environmental performance and evaluates the specific the wind turbine type, site specific conditions and the production supply chain.
The environmental performance of a wind power plant is site and layout specific and varies across the globe according to local site performance and manufacturing supply chain.
SiteLCA™ Benefits
SiteLCA™ provides customers or project developers with transparent environmental facts (such as carbon footprint, return on-energy, water-use or environmental benefits, etc.) of a specific wind plant. These fact-based indicators increase business case certainty by supporting the customer’s own sustainability strategy (e.g. energy case, power plant benefits, index ratings, etc.) and supporting the project planning / permitting process (e.g. decommissioning plan, public acceptance, consultation and response). By identifying key environmental indicators early in the project, customers are well-placed for successful and trustworthy external communications of power plant performance and to inform their energy strategy utilising fact-based information.
SiteLCA™ may also quantify the power plant's key environmental benefits (such as turbine recycling or repowering options at end-of-life) and identify potential management risks of the plant, such as providing material breakdown for decommissioning plans or identifying potential key environmental impacts.
Delivery
Vestas Site LCA™ is delivered by experienced experts and builds upon a long track-record of disclosing turbine environmental performance data since 1999. The service utilises advanced turbine models developed in-house by Vestas, complying with international ISO standards and third party review, which have been critically acknowledged as state-of-the-art analysis of wind power. For more information, please take a look at the the Vestas SiteLCA™ brochure.
- File title:
- Site LCA Brochure
LCA report downloads
Current portfolio
- Description:
- Life cycle assessment of Wind power
- File title:
- V110-2.0 MW (2015)
- Description:
- Life cycle assessment of Wind power
- File title:
- V120-2.0 MW (2018)
- Description:
- Life cycle assessment of Wind power
- File title:
- V117-3.45 MW (2017)
- Description:
- Life cycle assessment of Wind power
- File title:
- V126-3.45 MW (2017)
- Description:
- Life cycle assessment of Wind power
- File title:
- V136-3.45 MW (2017)
- Description:
- Life cycle assessment of Wind power
- File title:
- V117-4.2 MW (2019)
- Description:
- Life cycle assessment of Wind power
- File title:
- V136-4.2 MW (2022 updated)
- Description:
- Life cycle assessment of Wind power
- File title:
- V150-4.2 MW (2022 updated)
- Description:
- Life cycle assessment of Wind power
- File title:
- V150-6.0 MW (2023)
- Description:
- Life cycle assessment of Wind power
- File title:
- V162-6.2 MW (2023)
- Description:
- Life cycle assessment of Wind power
- File title:
- V236-15 MW (2024)
Other
- File title:
- V82-1.65 MW (2007)
- File title:
- V80-2.0 MW (2011)
- File title:
- V90-1.8/2.0 MW (2011)
- File title:
- V90-3.0 MW (2013)
- File title:
- V100-1.8 MW/2.0 MW (2011)
- Description:
- Life cycle assessment of Wind power
- File title:
- V100-2.0 MW (2015)
- Description:
- Life cycle assessment of Wind power
- File title:
- V105-3.45 MW (2017)
- Description:
- Life cycle assessment of Wind power
- File title:
- V112-3.45 MW (2017)
- Description:
- Life cycle assessment of Wind power
- File title:
- V116-2.0 MW (2018)
- File title:
- V100-2.6 MW (2013)
- File title:
- V112-3.0 MW (2011)
- File title:
- V105-3.3 MW (2014)
- Description:
Life cycle assessment V112- 3.3MW
- File title:
- V112-3.3 MW (2015)
- File title:
- V117-3.3 MW (2014)
- File title:
- V126-3.3 MW (2014)