Cat. University Murcia

Data sheet

Equipment used for this installation

Murcia
Enair 30 to 24V
12 panels of 230W
12m tower
Batteries at 527 Ah
Days of Autonomy 5
Power grid support
5000W Victron Inverter - 24V

Wind power

Wind data of daily, monthly and annual generation.

WIND SPEED SHAFE HEIGHT 4,66 m/s
DENSITY FACTOR: 0% %
AVERAGE OUTPUT POWER: 417,47 W
ANNUAL ENERGY: 2.474 kWh/año
MONTHLY ENERGY: 247 kWh/mes
OPERATING TIME: 79,8% %
MARGIN OF LOSSES: 0%
DAILY ENERGY: 6,8 kWh/día
(*Assuming correct wind speed)

Global results

Total and maximum generation.

GENERATION AVERAGES
Total wind 6,8
Photovoltaic 11,0
MAXIMUM ATTAINABLE:
Total wind 23,0
Photovoltaic 13,5

Tabla de frequencias (%)
Direction	Frecuencia	Velocidad
N	1.00	3.00
NNE	1.00	2.00
NE	1.00	3.50
ENE	1.00	3.50
E	2.00	5.00
ESE	2.00	5.00
SE	3.00	5.00
SSE	4.00	5.00
S	2.00	4.00
SSW	1.00	2.50
SW	1.00	2.00
WSW	1.00	2.50
W	3.00	5.00
WNW	8.00	8.00
NW	4.00	6.00
NNW	1.00	5.00

Frequencies Rose (%)

Speeds Rose (M/S)

Cat. University Murcia

Cat. University Murcia, Mini wind turbine and Photovoltaic energy in the UCAM.

The Catholic University of Murcia has developed an idea of environmental awareness based on the training and social integration of renewable energy in the culture of the new generations. This project consists of a bioclimatic dwelling with total capacity for energy self-sufficiency, air conditioning and even an electric vehicle recharge.

In order to supply the necessary energy capable of carrying out such an ambitious development from the university itself, a complete study and analysis of the different wind turbines and consolidated renewables companies on the market was carried out , finally deciding on Enair to become a reference in the sector.

An Enair 30, connected to a 24-volt system with 600Ah batteries, a Victron inverter of 5000W and 3 kW peak solar photovoltaic power, are enough to supply the needs of this bioclimatic house destined for training and awareness in the renewables.