Agricultural Irrigation station

Data sheet

Equipment used for this installation

Levante Zone
6 Sunny Island 5048
3 Sunny Boy 3000HF
1 Windy Boy 5000TL
1 Multicluester Box
Wind Turbine enair 3.5 220V
25 Solar Panels of 200W
Batteries of 48V a 2300 Ah x 2
2 Days of autonomy

Wind power

Wind data of daily, monthly and annual generation.

WIND SPEED SHAFE HEIGHT 3,7 m/s
DENSITY FACTOR: -1% %
AVERAGE OUTPUT POWER: 653,73 W
ANNUAL ENERGY: 4.581 kWh/año
MONTHLY ENERGY: 382 kWh/mes
OPERATING TIME: 69,7% %
MARGIN OF LOSSES: 20%
DAILY ENERGY: 12,6 kWh/día
(*Assuming correct wind speed)

Global results

Total and maximum generation.

GENERATION AVERAGES
Total wind 12,6
Photovoltaic 19,4
MAXIMUM ATTAINABLE:
Total wind 68,7
Photovoltaic 24,0

Tabla de frequencias (%)
Direction	Frecuencia	Velocidad
N	1.00	5.00
NNE	1.00	4.00
NE	1.00	5.00
ENE	1.00	5.20
E	1.00	6.00
ESE	2.00	6.00
SE	3.00	5.70
SSE	5.50	5.70
S	3.00	5.50
SSW	1.00	3.00
SW	1.00	2.50
WSW	2.00	3.00
W	3.00	5.50
WNW	11.70	10.20
NW	3.00	8.00
NNW	2.00	3.00

Frequencies Rose (%)

Speeds Rose (M/S)

Agricultural Irrigation station

Three phase installation 100% renewable, capable of offering more than 60 kWh day. This type of installation developed with SMA technology is designed to be able to supply great powers and consumptions, with performance regimes that are around 98%.

This type of installation is especially suitable for farms, irrigation systems, stables, dryers, hotels or any kind of small industry or commercial activity which is separated from the network and working via a generator.

By implementing systems with these characteristics, we can cover consumptions of more than 200 kWh / day, with peak powers, that can be over 90 kW.

This installation feeds a 20 KVA pump responsible for supplying water to an irrigation system for 50 Hectares of orange trees, in the ‘Castellón de Plana’ area. The large number of batteries installed allows us to store about 220 KWh and give us a total coverage of about 3 days at maximum performance and 6 days of normal operation.

The remote location of this installation is a clear example of the importance and usefulness of the remote control, since we can control the energy flows and monitor the entire installation without having to move the technical team.