Aerogeneradores de minieolica

Sustainable Livestock industry

Sustainable Livestock industry
Data sheet

Equipment used for this installation

  • 3 Enair 70 220 V, 5 KW (Peak)
  • 3 Sunny Island 8.0
  • A 30 kva Generator Set
  • A group of 2000Ah C10 batteries
  • 1 Solar inverter GCI 15 KW.
Wind power
Wind power

Wind data of daily, monthly and annual generation.

  • WIND SPEED SHAFE HEIGHT 5.12m/s
  • DENSITY FACTOR: -1%%
  • AVERAGE OUTPUT POWER: 701.14W
  • ANNUAL ENERGY: 6142kWh/año
  • MONTHLY ENERGY: 512kWh/mes
  • OPERATING TIME: 82.9%
  • MARGIN OF LOSSES: 0.0
  • DAILY ENERGY: 16.8 kWh/día
  • (*Assuming correct wind speed)
Global results

Total and maximum generation.

  • GENERATION AVERAGES
  • Total wind 50,4kWh/día
  • Photovoltaic 49,5 kWh/día
  • MAXIMUM ATTAINABLE:
  • Total wind 200,1kWh/día
  • Photovoltaic 67,3 kWh/día
Tabla de frequencias (%)
Direction Frecuencia Velocidad
N 1.00 3.00
NNE 1.00 3.00
NE 1.00 4.00
ENE 1.00 5.00
E 11.50 10.00
ESE 1.00 5.00
SE 1.00 5.00
SSE 1.00 4.00
S 2.00 5.00
SSW 2.00 6.00
SW 2.00 7.00
WSW 3.00 7.50
W 7.00 7.00
WNW 3.50 6.00
NW 1.00 4.00
NNW 1.00 3.00

Frequencies Rose (%)

Speeds Rose (m/s)

Sustainable Livestock industry

Located in Milan (Lugo), this installation manages food, milking and breeding for more than 150 livestock through robotic and fully automatic systems.

The use of the latest robotic technologies, with automatic management and computerised control, together with their sustainability thanks to the renewables, make this livestock installation a benchmark in the market. In addition to the milk extraction systems on this farm, the optimum temperature conditions of the animals are controlled, keeping the whole plant in conditions of humidity and temperature suitable for livestock.

It works entirely with wind and solar power in a mixed system that provides more than 120 kwh / day, with a peak power of about 40 kW. The use of solar and wind technology keep the generation flow constant both night and day, saving the surplus in batteries that are used to meet the energy needs when the renewable resource is not enough. Between both energies it is intended that the electrical expenditure of this installation is practically zero.

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