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The Norwegian Antarctic Polar Research Institute's research station, located at an altitude of 1.
275 meters above sea level in Queen Maud, is trying to reduce energy consumption
by integrating renewable energy and focusing on solar photovoltaics.
The project decided to set up a pilot solar PV array on the roof of a building (Blåbo-I) to collect data
.
Pilot PV projects will contribute to a better understanding of the situation and systems so that the entire project can be implemented
more efficiently.
Several of the major solar companies involved rushed to complete pilot PV projects, peaking
at 7.
3 kWh before the Antarctic winter.
At present, the system is already in operation, and the solar energy output is very close
to the expected production value.
Solar energy production is good under extreme weather conditions
Norwegian installation company GETEK AS designed the award-winning
PV system.
This Antarctic solar PV project must withstand temperatures of -60°C and winds of 77m/s (280 km/h).
In addition, the system design needs to consider optimal solar energy output as well as maximum space usage
.
GETEK selected the V-shaped 10° mounting structure
from German installation system specialist AmbiVolt Energietechnik.
Solar PV modules are provided by LG Electronics and power inverters are supplied
by Fronius International.
Solar power is suitable for consumption profiles
Antarctica is not the low level of solar radiation imagined, in fact, Antarctic summer sunshine can be as long as 24 hours
.
Together with the system positioning of the solar panels, the annual production capacity is expected to reach 957kWh/kWp
.
The Norwegian Antarctic Polar Research Institute's research station, located at an altitude of 1.
275 meters above sea level in Queen Maud, is trying to reduce energy consumption
by integrating renewable energy and focusing on solar photovoltaics.
The project decided to set up a pilot solar PV array on the roof of a building (Blåbo-I) to collect data
.
Pilot PV projects will contribute to a better understanding of the situation and systems so that the entire project can be implemented
more efficiently.
Several of the major solar companies involved rushed to complete pilot PV projects, peaking
at 7.
3 kWh before the Antarctic winter.
At present, the system is already in operation, and the solar energy output is very close
to the expected production value.
Solar energy production is good under extreme weather conditions
Solar energy production is good under extreme weather conditionsNorwegian installation company GETEK AS designed the award-winning
PV system.
This Antarctic solar PV project must withstand temperatures of -60°C and winds of 77m/s (280 km/h).
In addition, the system design needs to consider optimal solar energy output as well as maximum space usage
.
GETEK selected the V-shaped 10° mounting structure
from German installation system specialist AmbiVolt Energietechnik.
Solar PV modules are provided by LG Electronics and power inverters are supplied
by Fronius International.
Solar power is suitable for consumption profiles
Solar power is suitable for consumption profilesAntarctica is not the low level of solar radiation imagined, in fact, Antarctic summer sunshine can be as long as 24 hours
.
Together with the system positioning of the solar panels, the annual production capacity is expected to reach 957kWh/kWp
.
