Aerogeneradores de minieolica

One phase installation 100% renewable in Sos del Rey Católico

One phase installation 100% renewable in Sos del Rey Católico
Data sheet

Equipment used for this installation

  • Government of Aragon
  • Enair 70 48V
  • 32 panels of 230W
  • Regulators Xantrex 45 Amp
  • SMA Inverter Sunny Island 5000W
  • OPzS One Ah 2000 Batteries
  • 14m tower
  • Average wind speed of 6.5 m / s
Wind power
Wind power

Wind data of daily, monthly and annual generation.

  • WIND SPEED SHAFE HEIGHT 0m/s
  • DENSITY FACTOR: 0%
  • AVERAGE OUTPUT POWER: 0W
  • ANNUAL ENERGY: 0kWh/año
  • MONTHLY ENERGY: 0kWh/mes
  • OPERATING TIME: 0%
  • MARGIN OF LOSSES: 0
  • DAILY ENERGY: 0kWh/día
  • (*Assuming correct wind speed)
Global results

Total and maximum generation.

  • GENERATION AVERAGES
  • Total wind 0kWh/día
  • Photovoltaic 0kWh/día
  • MAXIMUM ATTAINABLE:
  • Total wind 0kWh/día
  • Photovoltaic 0kWh/día
Tabla de frequencias (%)
Direction Frecuencia Velocidad
N 3.00 6.50
NNE 4.00 6.50
NE 4.50 6.60
ENE 12.00 10.10
E 11.80 10.10
ESE 2.00 5.80
SE 2.00 4.00
SSE 2.00 4.00
S 3.00 6.80
SSW 6.00 10.00
SW 10.00 10.00
WSW 10.00 10.00
W 5.80 8.00
WNW 3.00 6.50
NW 2.00 6.00
NNW 2.00 6.00

Frequencies Rose (%)

Speeds Rose (m/s)

One phase installation 100% renewable in Sos del Rey Católico

One phase installation 100% renewable, capable of offering more than 65 kWh / day, thanks to the contribution of wind energy provided by the Enair 70 wind turbines and its correct configuration combined with solar panels.

Using Enair technology, based on the professional quality standards for high-performance installations,means that this type of installation can be self-sufficient in terms of safety and without risks, offering optimum performance in all circumstances.

The installations which combine solar energy and wind power, are very interesting for these kinds of facilities which require an energy supply 24 hours a day, 365 days a year, as at night when there is no solar energy, it is the wind which executes this function, constantly charging the batteries, which allows them to be less deeply discharged, and extend their useful life cycles.

The advantages of such installations with mixed professional uses have been acknowledged by the renewable sector since a long time ago, but their use has ceased due to the lack of technological development used in the past by small wind turbines, since they were weak, fragile, produced little energy and needed great maintenance, we are talking about low quality technologies developed long ago.

It is thanks to the new technology from ENAIR, based on professional work standards, that this type of application has regained its confidence in a sector as professionalised as telecommunications.

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