This news is classified in: Sustainable Energy Wind
Sep 7, 2021
Turkey has rapidly developed into a leading market for wind energy. The country lately celebrated an important milestone: it reached a cumulative wind energy capacity of 10,000 MW. Turkey’s large territory and excellent wind speeds offer ideal conditions for wind energy production. Over the past decade the country has developed a strong wind energy supply chain.
Turkey reached 10 GW of wind energy installations, a significant achievement for the country. It means that Turkey managed to increase its wind energy capacity tenfold over the last 10 years.
Over that period, Turkey has seen considerable diversification of its energy mix, in particular through the expansion of renewable generation capacity. The Turkish electricity mix is rapidly shifting towards renewables which now account for 43% of total electricity production, while coal and gas account for 34% and 23%, respectively. Today wind energy is 10% of Turkey’s electricity mix, making it the second biggest source of renewable energy after hydro power.
All 10 GW installed in Turkey today are onshore wind. The 10 GW milestone is far from being the end of onshore wind energy development in Turkey. The country Hamburg, 6 September 2021. The Nordex Group is adding the N163/6.X turbine to its product portfolio. The Group is following up its successful approach started with the introduction of the Delta4000 series, presented for the first time in 2017, of a flexible power range – initially with the 4 MW+ class, followed by the 5 MW+ class – and now with the 6 MW+ class.
Compared to its sister model in the 5 MW class – the N163/5.X – the N163/6.X is able to produce an up to 7 percent higher annual energy yield thanks to its much higher rated output. Its flexibility and a large number of operating modes mean that wind farms can be individually adapted to the customer’s respective business model in terms of output, capacity factor, service life and sound emission requirements. The N163/6.X has a design lifetime of 25 years, but also comes with an extended lifetime for specific sites for up to 35 years. The long life of the components thus also contributes to the sustainability of a project.
A more efficient gearbox is used to achieve the higher rated output in the 6 MW range and the electrical system of the Delta4000 product series has been adapted by raising the nominal voltage and using an improved cooling system. In spite of this, the exterior dimensions of the nacelle have not been changed. The advantage of this is that the proven logistics and installation processes for the turbines in the Delta4000 series can be made use of as before.
In addition to this, a stronger version of the approx. 80 metre rotor blade from the N163/5.X, based on the proven GRP/carbon differential design, is employed, which the Nordex Group has been using in the series production of its rotor blades since 2011. The lower rotation speed means that the noise emission levels of the N163/6.X stand at max. 106.4 dB(A).
Like its sister model, the N163/5.X, the N163/6.X is designed for moderate and light-wind regions, but focusses on selected core markets in Europe.
José Luis Blanco, CEO Nordex Group: “Our turbines in the Delta4000 series are based on a standard technical platform. Consistent modularisation means that type-specific components, such as rotor blades or gearboxes, can be adapted for different variants. The N163/6.X is yet another example of how highly efficient solutions that have proved successful in practice can be specifically implemented for special geographic regions.”
Different tower variants depending on the market, with a height of up to 164 metres, a cold climate version and the Advanced Anti-Icing System for rotor blades are also planned as options for the N163/6.X.
The start of series production of the N163/6.X is scheduled for the beginning of 2023. The Nordex Group has already received the first orders for the N163/6.X.
The Delta4000 series at a glance: