WIND ENERGIE
References
„We are leading a publicly funded innovation project with the objective to enhance and optimize the product development process of wind turbines (and its sub-systems) by integration of agile and data-driven methods. Tangible target is to significantly reduce time-to-market and improve market-fit in fast-developing wind markets.“
Agile datenbasierte Produktentwicklung von Windenergieanlagen
Windenergieanlagen-Entwicklung
WIND ENERGIE
Why LetWind?
Core value of bewind is the system design and engineering which is underpinned by more than 350 years of wind industry experience and insights from the development and operation of 6 different product lines and more than 50 WEC variants onshore and offshore.
Our passion is the development of highly competitive turbines and systems based on latest load and yield optimizations.
Efficient
Core value of bewind is the system design and engineering which is underpinned by more than 350 years of wind industry experience and.
Efficient
Core value of bewind is the system design and engineering which is underpinned by more than 350 years of wind industry experience and.
Efficient
Core value of bewind is the system design and engineering which is underpinned by more than 350 years of wind industry experience and.
WIND ENERGIE
Our Products
Our passion is the development of highly competitive turbines and systems based on latest load and yield optimizations.
Offshore
Core value of bewind is the system design and engineering which is underpinned by more than 350 years of wind industry experience and.
Onshore
Core value of bewind is the system design and engineering which is underpinned by more than 350 years of wind industry experience and.
WIND ENERGIE
Performance
Core value of bewind is the system design and engineering which is underpinned by more than 350 years of wind industry experience and insights from the development and operation of 6 different product lines and more than 50 WEC variants onshore and offshore.
Our passion is the development of highly competitive turbines and systems based on latest load and yield optimizations.