Übersetzung für "Average wind speed" in Deutsch

The average wind speed at the site of the planned project is 7.8 meters per second.

Wind installations in lakes receive €104/MWh, irrespective of average wind speed.

In addition, the area has a high average annual wind speed."

Moreover, the area is characterized by a high average annual wind speed.

Other indicators than average wind speed may also be used provided that a justification is given.

At heights below 70 metres, the average wind speed is highest at midday.

In the first case, the average wind speed is continuously calculated for an expired time interval of constant length.

The average wind speed increases by roughly 25% between 100 and 200 metres.

With its annual average wind speed of 9.3 m/s Cherni Vrah is the second most windy peak in Bulgaria after Murgash Peak in the Balkan Range (10.3 m/s).

An indication of low annual average wind speed, below 1.5 m/s, in such areas is therefore appropriate for demonstrating that this condition is met.

Favourable environmental conditions such as high average wind speed, flat terrain, long coastline and the need for off-shore electricity generation, as well as governmental aid in the form of indirect subsidies to privately owned wind turbines, have promoted the extensive use of wind energy.

The following wiring sizes provide maximum annual energy losses of 5% or less for sites with a 12 mph average wind speed (assuming the standard Rayleigh distribution of wind speeds) which is sufficient for most sites.

Since the turbulent fluxes are a function of average wind speed, the snowpack warming is especially pronounced when the wind is strong.

The raising of the wind speed boundary value G 1 makes it more unlikely that the wind energy system drops below the power boundary value G 2 after starting up because at higher instantaneous wind speeds M 1 a higher average wind speed positively correlating with the electrical output power M 2 is to be assumed.

The average wind speed (related to a height of 102.5 metres) was surprising high at 9.8 m/s.

The meteorological data is used to calculate the average wind speed, the main wind directions and the distribution of the wind across the year as well as the frequency of turbulence.

The meteorological data is used to calculate the average wind speed, main wind direction and the distribution of the wind throughout the year as well as the frequency of turbulence.

In this case, the average annual wind speed is the annual average of the wind speed measured at the hub height (corresponds to the center of the rotor).

If the operating mode “differential drive 6 as generator” prevails and the intention is to switch to the second operating mode “synchronous generator 8 on the grid” due to rising average wind speed, first the output of the wind power station is adjusted to roughly zero by means of rotor blade adjustments, and in the next step, the brake 17 is released.

If the operating mode “synchronous generator 8 on the grid” prevails and the intention is to switch to the second operating mode “differential drive 6 as generator” due to falling average wind speed, first the output of the wind power station is also adjusted to roughly zero by means of rotor blade adjustment.

For that purpose a maximum and a minimum power in relation to the respectively measured average wind speed is determined on the basis of the set parameters for monitoring of the power characteristic.

The average and sliding wind speed is determined for preferably three different averaging periods, and for each of the wind turbine generator systems.

An average wind speed boundary value on the machine housing is advantageously calculated from the measured instantaneous wind speed M 1 on the machine housing of the wind energy system.