Solar Photovoltaic

The installation is architecturally integrated into the roof of the demonstration bioclimatic house at the Sotavento Experimental Wind Farm.
It is distributed across three independent circuits, each corresponding to a different panel orientation: East, South, and West.
The inclination is 14º from the horizontal for all orientations.

The data from these circuits are monitored independently to enable comparative analysis. The installation comprises a total of 22 polycrystalline silicon photovoltaic modules with an individual power of 123 Wp (Watts peak), representing a total installed power of 2,706 Wp.

The equipment is distributed as follows according to orientation:

Installation Orientation No. of Panels Wp Inverter
East 90º 6 738 Mastervolt Soladin 600
South 180º 10 1,230 Sunnyboy 1100
West 270º 6 738 Mastervolt Soladin 600

Monitored Parameters


  • Instantaneous power of each photovoltaic subsystem (East, South, and West)
  • Accumulated generated energy for each photovoltaic subsystem (East, South, and West)
  • DC voltage, current, and power for each subsystem
  • AC voltage, current, active and reactive power for each subsystem
  • Radiation and temperature for each subsystem
  • Humidity and wind speed

Module Specifications


Brand and Model Photowatt PW6-123
Rated power 123 W
Open-circuit voltage 21.9 V
Mpp voltage 17.6 V
Short-circuit current 7 A
Mpp current 7.6 A

Inverter Specifications


Brand and Model SMA Sunnyboy 1100 Mastervolt Soladin 600
DC INPUT
Maximum DC power 1,210 W 600 W
Maximum DC voltage 400 V 155 V
Maximum input current 10 A 4 A
AC OUTPUT
Rated power 1,000 W 525 W
Maximum power 1,100 W 725 W
AC output voltage 220/240 V – 50 Hz 195/253 V – 50 Hz
Maximum output current 5.6 A 2.25 A
AC connection Single-phase Single-phase
Efficiency 91.6% 91.0%

Demonstration Application


Sotavento has a visual and interactive demonstration application that allows real-time viewing of installation data and enables multiple calculations and extrapolations.

Solar Farm
Bioclimatic House

The installation is architecturally integrated into the roof of the demonstration bioclimatic house at the Sotavento Experimental Wind Farm.
It is distributed across three independent circuits, each corresponding to a different panel orientation: East, South, and West.
The inclination is 14º from the horizontal for all orientations.

The data from these circuits are monitored independently to enable comparative analysis. The installation comprises a total of 22 polycrystalline silicon photovoltaic modules with an individual power of 123 Wp (Watts peak), representing a total installed power of 2,706 Wp.

The equipment is distributed as follows according to orientation:

Installation Orientation No. of Panels Wp Inverter
East 90º 6 738 Mastervolt Soladin 600
South 180º 10 1,230 Sunnyboy 1100
West 270º 6 738 Mastervolt Soladin 600

Monitored Parameters


  • Instantaneous power of each photovoltaic subsystem (East, South, and West)
  • Accumulated generated energy for each photovoltaic subsystem (East, South, and West)
  • DC voltage, current, and power for each subsystem
  • AC voltage, current, active and reactive power for each subsystem
  • Radiation and temperature for each subsystem
  • Humidity and wind speed

Module Specifications


Brand and Model Photowatt PW6-123
Rated power 123 W
Open-circuit voltage 21.9 V
Mpp voltage 17.6 V
Short-circuit current 7 A
Mpp current 7.6 A

Inverter Specifications


Brand and Model SMA Sunnyboy 1100 Mastervolt Soladin 600
DC INPUT
Maximum DC power 1,210 W 600 W
Maximum DC voltage 400 V 155 V
Maximum input current 10 A 4 A
AC OUTPUT
Rated power 1,000 W 525 W
Maximum power 1,100 W 725 W
AC output voltage 220/240 V – 50 Hz 195/253 V – 50 Hz
Maximum output current 5.6 A 2.25 A
AC connection Single-phase Single-phase
Efficiency 91.6% 91.0%

Demonstration Application


Sotavento has a visual and interactive demonstration application that allows real-time viewing of installation data and enables multiple calculations and extrapolations.

Data Access and Download

The parameters of the photovoltaic installations at the Sotavento Wind Farm are stored in a database and integrated into a data download application. This application allows organizations, companies, or universities with which Sotavento maintains collaboration agreements to access the information necessary for project development.

Complete list of parameters stored in the wind farm and bioclimatic house installations