W2E history
2003
W2E Wind to Energy GmbH was founded by six engineers and an economist.
2004
Establishment of the subsidiary W2E Wind to Energy Inc. in Ann Arbor, Michigan / USA
2006
Commissioning of the prototype of the first in-house development of a 2.5-MW wind turbine on a 160-meter-high lattice tower in Laasow, Germany (the world's tallest wind turbine)
2008
Development of a very lightweight 2.0-MW wind turbine for the Asian market
2008
Relocation of the U.S. office to London, Ontario / Canada
2010
Start of development of a new 3.0-MW wind turbine with a medium-speed generator and HybridDrive®
2011
W2E is the first company in the world to receive an A-Design rating for certification in accordance with the 2010 edition of the German Lloyd guidelines
2013
Commissioning of the prototype 3.0-MW wind turbine near Rostock / Germany
2013
"Turbine of the Year" award (from *Wind Power Monthly* magazine) for the 3-MW wind turbine with HybridDrive® (developed in collaboration with Winergy)
2014
Launch of a research collaboration with RWTH Aachen University on model-predictive control of wind turbines (MPWTC)
2016
3-MW wind turbine with an increased rotor diameter of 138 m
2018
Start of development of a 4.5-MW wind turbine with DFIG
2018
Design, calculation, and structural analysis of 140-meter and 160-meter-high steel-lattice hybrid towers
2019
Installation and commissioning of the prototype and pre-production series of the 4.5-MW wind turbine with a 151-meter rotor in Ukraine, and an upgrade to 4.8 MW
2020
Preliminary designs for wind turbines with a capacity of 6 to 9 MW, featuring modular components and medium-speed gearbox technology; the generator can be either an integral part of the gearbox or a separate unit
2020
First field test of a 3-MW wind turbine using research findings on model predictive wind turbine control (MPWTC)
2022
Installation and commissioning of the prototype 5.2-MW wind turbine with a 160-meter rotor diameter in India
2023
First field test of a 3-MW wind turbine using research findings on model predictive wind turbine control (MPWTC) in combination with artificial intelligence
2024
"Turbine of the Year" award (from "Wind Power Monthly" magazine) for the 5.2-MW wind turbine
2025
Installation and commissioning of the prototype 5.0-MW wind turbine with a rotor diameter of 185 m in India
2026
Introduction of a blade sensor system and Individual Pitch Control (IPC)
2026
Development of a Matlab/Simulink-based controller design
2026
Use alaska/wind as the standard tool for complex load calculations