Used Wind Turbine Price Guide
Laife Solutions presents the first-ever Used Wind Turbine Price Guide. Inspired by similar tools in the automotive industry, this guide provides a reliable pricing reference for second-hand assets in the wind energy sector.
How does it work?
1. The price references reflect market values and are expressed as a range between a minimum and a maximum, representing the extremes observed on the market. They are based on “as-is” conditions, without accounting for typical refurbishment, logistics, guarantees or related service costs.
2. The final price of a turbine depends on various factors, including its technical condition, number of units sold, market appeal… These reference values are therefore indicative only and not legally binding for Laife Solutions. Upon request, Laife Solutions is happy to provide a tailored valuation for a specific turbine.
3. For sellers: when a turbine is sold through an intermediary, its net value is typically lower than the market reference due to the commission or margin taken by the third party.
Last update: September 23, 2026
Enercon
Enercon E40
Minimum
30 k€
Maximum
220 k€
Enercon E44-48
Minimum
100 k€
Maximum
200 k€
Enercon E66
Minimum
85 k€
Maximum
410 k€
Enercon E70
Minimum
170 k€
Maximum
425 k€
Enercon E82
Minimum
180 k€
Maximum
400 k€
Gamesa
Gamesa G80-87
Minimum
95 k€
Maximum
290 k€
This range is for a model, not for your machine. Send us the model, capacity, commissioning year and country: we will return a documented valuation within 48 hours.
General Electric
General Electric 1.5
Minimum
85 k€
Maximum
195 k€
Nordex
Nordex N52-54
Minimum
35 k€
Maximum
215 k€
Nordex N60
Minimum
65 k€
Maximum
140 k€
Nordex N80
Minimum
80 k€
Maximum
280 k€
Nordex N90
Minimum
145 k€
Maximum
300 k€
and we can do much more…
Senvion
Senvion MD70-77
Minimum
95 k€
Maximum
200 k€
Senvion MM82
Minimum
150 k€
Maximum
315 k€
Vestas
Vestas V42
Minimum
45 k€
Maximum
100 k€
Vestas V47
Minimum
65 k€
Maximum
180 k€
Vestas V52
Minimum
65 k€
Maximum
215 k€
Vestas V66
Minimum
70 k€
Maximum
155 k€
Vestas V80
Minimum
135 k€
Maximum
290 k€
Vestas V90
Minimum
240 k€
Maximum
530 k€
How did we build it?
Our pricing index for second-hand wind turbines was developed with one clear objective: to bring more transparency and structure to a rapidly growing but still young market. Much like the automotive industry’s “Blue Book” or “Argus”, our index provides a reliable reference for the valuation of used wind turbines by model and specifications.
To build this index, we aggregated and analyzed thousands of data points from a wide range of trusted sources. By identifying consistent patterns and removing outliers, we were able to establish average market values for many turbine models across different configurations.
We took great care in maintaining a balance between data-driven accuracy and practical usability. While the exact methodology remains proprietary, the result is a clear, consistent pricing tool designed to support buyers, sellers, and professionals in making better-informed decisions.
Do you want to simplify your asset’s management?
Let’s have a chat! Tell us about your issues, and we will find the right Solutions for it.
Image Credits
Image 1 – Enercon E40 : photo by PtrQs, CC BY-SA 4.0, via Wikimedia Commons. (Cropped and adapted. Reused under the same license.)
Image 2 – Enercon E44-48 : photo by Pantona, CC BY-SA 4.0, via Wikimedia Commons. (Cropped and adapted. Reused under the same license.)
Image 3 – Enercon E66 : photo by Dietmar Rabich, CC BY-SA 4.0, via Wikimedia Commons. (Cropped and adapted. Reused under the same license.)
Image 4 – Enercon E70 : photo by Molgreen, CC BY-SA 3.0, via Wikimedia Commons. (Cropped and adapted. Reused under the same license.)
Image 5 – Gamesa G80-87 : photo by Schuppi, CC BY-SA 4.0, via Wikimedia Commons. (Cropped and adapted. Reused under the same license.)
Image 6 – General Electric 1.5 : photo by CarstenE, CC BY-SA 3.0, via Wikimedia Commons. (Cropped and adapted. Reused under the same license.)
Image 7 – Nordex N52-54 : photo by Windkraftfan SH, CC BY-SA 4.0, via Wikimedia Commons. (Cropped and adapted. Reused under the same license.)
.jpg){kind=link}
Image 8 – Nordex N60 : photo by Windkraftfan SH, CC BY-SA 4.0, via Wikimedia Commons. (Cropped and adapted. Reused under the same license.)
Image 9 – Nordex N80 : photo by Paul Anderson, CC BY-SA 2.0, via Wikimedia Commons. (Cropped and adapted. Reused under the same license.)
Image 10 – Nordex N90 : photo by Joseph-Evan-Capelli, CC BY-SA 3.0, via Wikimedia Commons. (Cropped and adapted. Reused under the same license.)
Image 11 – Senvion MD70-77 : photo by Dirk Ingo Franke, CC BY-SA 2.0 de, via Wikimedia Commons. (Cropped and adapted. Reused under the same license.)
Image 12 – Senvion MM82 : photo by Wesely huwiki, CC BY-SA 4.0, via Wikimedia Commons. (Cropped and adapted. Reused under the same license.)
_MM82.jpg){kind=link}
Image 13 – Vestas V42 : photo by pschemp, CC BY-SA 3.0, via Wikimedia Commons. (Cropped and adapted. Reused under the same license.)
Image 14 – Vestas V47 : photo by Dawn, CC BY 2.0, via Wikimedia Commons. (Cropped and adapted.)
Image 15 – Vestas V52 : photo by Timur V. Voronkov, CC BY-SA 3.0, via Wikimedia Commons. (Cropped and adapted. Reused under the same license.)
Image 16 – Vestas V66 : photo by Windkraftfan SH, CC BY-SA 4.0, via Wikimedia Commons. (Cropped and adapted. Reused under the same license.)
Image 17 – Vestas V80 : photo by Zonk43, CC BY-SA 3.0, via Wikimedia Commons. (Cropped and adapted. Reused under the same license.)
Image 18 – Vestas V90 : photo by Johan Wessman, CC BY 2.0, via Wikimedia Commons. (Cropped and adapted.)
.jpg){kind=link}
Image 19 – Enercon E82 : photo by Spike, CC BY-SA 4.0, via Wikimedia Commons. (Cropped and adapted. Reused under the same license.)
