The University of Huelva studies our E200 wind turbine

Data sheet

Equipment used for this installation

Huelva
Enair 200L 10kW
Fronius Eco27kW inverter
Resistance of 20kW
Pc control
Rower of de18m

Wind power

Wind data of daily, monthly and annual generation.

WIND SPEED SHAFE HEIGHT 4.1m/s
DENSITY FACTOR: 106.27%
AVERAGE OUTPUT POWER: 2740W
ANNUAL ENERGY: 23993kWh/año
MONTHLY ENERGY: 1999kWh/mes
OPERATING TIME: 90%
MARGIN OF LOSSES: 18
DAILY ENERGY: 65.7kWh/día
(*Assuming correct wind speed)

Global results

Total and maximum generation.

GENERATION AVERAGES
Total wind 65.7kWh/día
Photovoltaic 0kWh/día
MAXIMUM ATTAINABLE:
Total wind 78.0kWh/día
Photovoltaic 0kWh/día

Tabla de frequencias (%)
Direction	Frecuencia	Velocidad
N	0.50	1.00
NNE	0.50	1.00
NE	1.00	2.00
ENE	2.50	3.50
E	2.00	3.00
ESE	0.50	1.00
SE	0.50	0.50
SSE	0.50	0.50
S	0.00	0.50
SSW	1.00	1.00
SW	1.00	1.50
WSW	1.00	1.50
W	1.00	1.50
WNW	2.50	3.00
NW	3.00	4.00
NNW	3.50	4.40

Frequencies Rose (%)

Speeds Rose (m/s)

The University of Huelva studies our E200 wind turbine

Renewable energies are a current topic of all universities and many of the subjects dedicated to the generation of energy and its utilities opt for wind energy for study.

Students at the University of Huelva will have at their disposal a prototype of the E200L wind turbine model for the study of wind energy, its behaviour and the different variables that can affect the production of energy through wind turbines.

In addition to the importance of seeing how this energy is generated, you will discover how a good aerodynamics of your blades affects the production of the wind turbine by modifying the different variables for its optimization.

Your generation estimate is as follows:

Tabla de producción del E200L de la Universidad de Huelva