WORLD WIND ENERGY NET

Practical experience gained from more than 400 turbines in the N80/2500 kW and N90/2300 kW turbine family installed worldwide (as of summer 2007) contributed to the design of this 2.5 MW machine with its 90-metre rotor.
The guaranteed power curve, the independently measured noise properties, network compatibility comparable to that of the N90/2300 kW and the test findings obtained by independent experts on a Danish wind field confirm the high efficiency ratio of the turbine. The N90/2500 kW is the most efficient wind energy system in the Nordex product family.
The high-speed and low-speed versions of the turbine take optimal advantage of both strong and light winds.
Operations management
The N100/2500 is controlled by Nordex Control 2 (NC2), a software/hardware system for managing the central wind power system components right up to wind farms or the power station networks of non-centralized energy producers.  The software system continuously evaluates all operating and weather data measured and ensures yield-optimized operation of the system. To this end, Nordex programs each system with turbine and location-based parameters. The wind turbines are fitted with two devices (anemometer) to record wind data. The first one is used to manage the system and the second one monitors the first device. If one device fails, the other takes over.
 Each system is linked to a remote monitoring system for controlling the components (hardware and software). In this way, all data and signals are transmitted by ISDN and can be viewed using an Internet browser. This ensures data monitoring as well as active remote management (e.g. start-up, deactivation and wind tracking) for each turbine from the Nordex service center in Rostock. The remote monitoring office works around the clock and is automatically alerted in the event of any deviation in operating data from standard parameters. The system is backed by an emergency power supply. Together with the batteries fitted to the pitch system, the system is deactivated securely in the event of any loss of power.
 
In addition, the turbine can be fitted with a condition monitoring system to ensure proactive maintenance. This early warning system alerts the operator when a component needs to be replaced in the foreseeable future. In this way, it is possible to avoid an unscheduled shutdown.