After finishing the access roads, the work surfaces for the cranes and the foundations during spring, the actual construction of the wind turbines itself has begun.
The concrete elements of the tower arrived from Germany by boat. This way, we avoided 60 lorries on the road, preventing a significant emission of CO2. The construction of 2 concrete towers has been finished recently and a third will be erected shortly.
The other big parts, like the elements of the tower in steel, the blades and the nacelle, will be brought to the site by means of an exceptional transport during the night. The first transports have been taken place this week. If all goes according to plan and weather conditions remain good, the construction of the first wind turbine will go on probably today.
We plan the finalisation of the mechanical construction of the fifth turbine by the end of September. The new wind farm in Le Roeulx will produce renewable energy equivalent to the average annual consumption of about 6,250 families.
The first of 5 concrete towers is currently being built in Le Roeulx.
The concrete tower segments are delivered by ship in Le Roeulx and then taken by truck to the site, 2 km further away.
The first concrete tower segments and the main substation are delivered to the site in Le Roeulx. The purchasing station is the electricity cabin that forms the interface between the distribution network on one hand and the end user on the other. This cabin also includes the billing counter that measures both the injection and the decrease in energy.
The crane platforms and access roads for the five new wind turbines in Le Roeulx are ready. The preparatory civil works for the Aspiravi/EDF Luminus project are finished now. The piling works for the foundations of the turbines are ongoing. Starting June, the components of the tower, the blades, the nacelle and other parts will be transported to the site with special transports. Then the installation of the 5 wind turbines can start (4 Aspiravi, 1 EDF Luminus). They have a combined capacity of 11,5 MW and will produce green energy for 6,250 families.