Übersetzung für "Kapazitätsfaktor" in Englisch

At one point the capacity percentage was 38%.

The capacity factor (k') is calculated in the following way:

This corresponds to an average capacity factor of 29.3%.

The capacity factor X is thus increased due to the difference between the actual and the desired inlet pressure.

The wind farm will have an above-average capacity factor of a good 37 percent.

Thanks to very good wind conditions, the capacity factor stands at around 42 percent.

The capacity factor is approximately 38 percent.

The wind farm is to achieve a capacity factor of around 40 per cent.

Accordingly, the wind farm will achieve an above-average capacity factor of more than 43%.

This translates into a capacity factor of 40 percent.

We project a good capacity factor of more than 35 percent at the two sites.

The calculated annual yield comes to around 95 GWh, equivalent to an above-average capacity factor of 36 percent.

This gives offshore a capacity factor of 41.9% compared to onshore's 21.4%.

Even so, this wind farm will also reach a capacity factor of around 36% thanks to its technical configuration.

The calculation of N1 and N10 is based on a chromatographic capacity factor k' of about 1 and 10 respectively with respect to the more slowly migrating substance.

The capacity factor is defined as k'=1/K.r, where r denotes the volumetric mobile to stationary phase ratio in the separating system.

A capacity factor K' for the inflating agent can be calculated from this with the formula: ##EQU1## where tm=86 seconds, the retention time of air.

In December 2015 it produced 369 GWh, a monthly capacity factor of 78.9%.

With a hub height of 91 metres, “Dilek Res” will be generating 70 GWh of clean wind-produced electricity each year, achieving an above-average capacity factor of 37%.

This unique offering optimises each projects capacity factor by up to 20% whilst reducing its Balance of Plant costs by 15%.

The USA SEGS (Solar Energy Generating Systems) were the world's first commercial parabolic trough plants (Nameplate capacity 354 MW = 474,799 HP, 539 GWh in 2015, 19.2% capacity factor, 75MWe).

Offshore wind provided 16.4 TWh of UK electricity in 2016 from 5.4 GW, which is 1.87 GW at any time on average, or an average capacity factor (ratio power output to maximum capacity as a percentage) of 35.

Moreover, the turbines are designed to make the most of the local wind conditions and will achieve an above-average capacity factor of more than 40 percent.

It should be noted that wind turbines are not principally designed for an optimal capacity factor, but to generate as much electricity as possible at certain wind speed.

Thanks to the Nordex N117 wind turbine and its remarkable suitability for Finnish wind conditions, the wind farm achieves a high capacity factor around 40 %.