Amorphous Solar Cell

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[edit] General Description

This is a general instance of the Amorphous Solar Cell. It is a instance of both Solar Cell Unit and Topic. The semantic meaning of this relationship is it described a range of same type solar cell units other then a specific physical existence of the panel.

[edit] Properties of Amorphous Solar Cell Units

The panel type of Amorphous Solar Cell Units is Amorphous.

The packing factor of Amorphous Solar Cell Units is 0.9[1].

The solar cell efficiency of Amorphous Solar Cell Units is 0.06[2].

The efficiency improvement rate of Amorphous Solar Cell Units is 0.05.

The solar panel degradation rate of the solar cell is 0.005 per year [3].

The cost per installed Watt is $10/W for the Sydney metropolitan area [4].

The cost decrease rate is 0.04 per year [5].

The operation cost per Watt is $0.03 per year [4].

The replacement period for amorphous solar cells is approximately 20 years [6].

The embedded pollution is 0.030kg/kWh [4].

[edit] References

  1. ↑ Solar array trades between very high-efficiency multi-junction and Si space solar cells
  2. ↑ The Solar Panels Book Website
  3. ↑ Solar Model 2008
  4. ↑ 4.0 4.1 4.2 Matthew Sullivan
  5. ↑ SolarBuzz
  6. ↑ Solar Cell Supply Chain
Retrieved from "http://www.moxy.com.au/Wiki/index.php/Amorphous_Solar_Cell"
Facts about Amorphous Solar CellRDF feed
CapitalCost(AudPerWatt)10  +
CiteSolar array trades between very high-efficiency multi-junction and Si space solar cells  +, The Solar Panels Book Website  +, Solar Model 2008  +, Matthew Sullivan  +, SolarBuzz  +, and Solar Cell Supply Chain  +
CostDecreaseRate(PercentPerYear)0.04  +
DegradationRate(PercentPerYear)0.005  +
EfficiencyImprovementRate(PercentPerYear)0.05  +
EmbeddedPollution(KilogramPerWatt)0.03  +
OperationCost(AudPerWatt)0.03  +
PackingFactor(Percent)0.9  +
PanelTypeAmorphous  +
RawEfficiency(Percent)0.06  +
ReplacementPeriod(Years)20  +