Übersetzung für "Jahresenergieertrag" in Englisch

The annual energy yield of "Garracummer" amounts to more than 150 gigawatt hours.

1The very high energy yield throughout the year lowers your heating costs and allows for quick amortization.

This offers protection if the expected annual energy yield for the system is not achieved.

The annual energy yield has been estimated at approximately 120,000 kilowatt hours.

Its annual energy yield is expected to be around 50,000 megawatt hours.

The annual energy yield is expected to be around 93,000 megawatt hours.

The system reduces output losses and turbine down times caused by ice, thus boosting annual energy production substantially.

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

This comes into force if the annual energy yield predicted in the yield forecast is more than 10% below the forecasted amount due to lower insolation.

All told, the "Kreekraksluis" wind farm is to achieve an annual yield of around 210 GWh, sufficient to provide up to 55,000 Dutch homes with clean electricity.

With a solar irradiation of 1,580 kWh/m², the investors are anticipating an annual energy yield of 2.9 million kilowatt hours.

Even when the effects of shadowing on the annual energy yield is often lower than commonly assumed: it sometimes leads to considerable yield losses.

By fixing the transmission ratio of the differential gearing, for low flow velocities, the speed range of the rotor of the energy generation plant is essentially widened downward, since the differential drive as sole generator remains connected to the grid (the main generator is disconnected from the grid), thus allows lower speeds, and thus the annual energy yield of the energy generation plant is raised accordingly.

This widening of the speed range of the rotor of the wind power station can increase the annual energy yield of the wind power station by up to 1.5%.

The calculated annual energy yield from the wind farm is sufficient to supply over 30,000 households with clean electricity.

With their high towers, the large rotor sweep of 10,715 square metres and an installed nominal output of 3 MW each, the eleven turbines at the Mäkikangas wind farm will generate an annual yield sufficient to supply 24,000 homes.

In this way, the annual yield of the turbine will be up to 20% greater than with conventional 100-metre towers.

The project is to achieve an annual yield of a 255 gigawatt-hours, equivalent to the consumption of some 70 thousand homes.

With efficiencies of up to 18.3 % and nominal power capacity of 320 Wp, they guarantee optimal usage of space and a high annual output of energy.

Thanks to the large rotor sweep of the N117/3000, its nominal output and the tall towers, the wind farm will achieve an annual yield of around 20 million kWh of clean electricity, equivalent to a capacity factor of 38 percent.

Thanks to the intensive research and the continuous development of highly automated processes of production and manufacturing; Kyocera policrystalline modules offer an extraordinary level of quality and output. The incorporated Kyocera solar cells with standard measures of 156mm x 156mm, reach an output of 16%. They guarantee a high energy production in photovoltaic installations.

The predicted annual energy yield and the similarly editable values for the discount factor and operating time together allow the exact calculation in cents per kilowatt hour of the costs incurred by a system in producing electricity.

In addition, Greece offers the best conditions for the use of photovoltaics. With an average annual energy yield of about 1.500 kWh/kWp, it is an ideal place for solar power generation.

With an average wind speed of 6.6 m/s, the expected annual energy yield comes to around 130 million kWh.

During the 10 days of the event the system generated an energy yield of 850 kWh, the potential annual energy yield is 31,740 kWh.

The expected calculated annual energy yield of the N117 turbine with its hub height of 91 metres stands at around 9.9 GWh at the "Stadum" site, which has a mean annual wind speed of 7.4 m/s.