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Mono-crystalline silicon photovoltaic (PV) modules

Mono-crystalline silicon photovoltaic (PV) modules

Company Name
Trina Solar Co., Ltd.
Place of Origin
Asia-China-jiangsu
Specification
TSM-DE17M(II)
Functional Unit
1 kWh of electricity generated as output from the solar photovoltaic plant
Mono-crystalline silicon photovoltaic (PV) modules

Carbon Footprint

0.0122 kgCO₂e
(per Functional Unit)
Carbon Newture improves the consistency and accuracy of the product carbon footprint
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Conclusion

The contribution analysis of the PV module products on various impact categories reveals that PV module including raw components production stage and PV plant construction stage are the main contributions to environmental impact categories. In terms of production stage, electricity consumption for ingot, wafer, cell and PV module and supply of solar glass are two key impact components, and for the PV plant construction stage, cable and bracket used for PV plant infrastructure are the two key impact components.
Scope
  • Reporting Period:
    2020-01-01 2020-06-30
  • System Boundary:
    Cradle to Grave

Stage Emissions

Upstream Module
emission
0.0051 kgCO₂e
percentage
41.80 %
Core Module
emission
0.0062 kgCO₂e
percentage
50.82 %
Downstream Module
emission
0.0009 kgCO₂e
percentage
7.38 %
Upstream Module
emission
0.0051 kgCO₂e
percentage
41.80 %
Core Module
emission
0.0062 kgCO₂e
percentage
50.82 %
Downstream Module
emission
0.0009 kgCO₂e
percentage
7.38 %

Carbon Footprint:

0.0122 kgCO₂e
(per Functional Unit)

Conclusion

The contribution analysis of the PV module products on various impact categories reveals that PV module including raw components production stage and PV plant construction stage are the main contributions to environmental impact categories. In terms of production stage, electricity consumption for ingot, wafer, cell and PV module and supply of solar glass are two key impact components, and for the PV plant construction stage, cable and bracket used for PV plant infrastructure are the two key impact components.
Scope
  • Reporting Period:
    2020-01-01 2020-06-30
  • System Boundary:
    Cradle to Grave

Stage Emissions

Upstream Module
emission
0.0051 kgCO₂e
percentage
41.80 %
Core Module
emission
0.0062 kgCO₂e
percentage
50.82 %
Downstream Module
emission
0.0009 kgCO₂e
percentage
7.38 %
Upstream Module
emission
0.0051 kgCO₂e
percentage
41.80 %
Core Module
emission
0.0062 kgCO₂e
percentage
50.82 %
Downstream Module
emission
0.0009 kgCO₂e
percentage
7.38 %

Certification File

Environmental Product Declaration

Verified by
Environmental Product Declaration
UL Solutions
Verified No.
MR-EPDITALY0043
Verified date
2020-10-01

CEW Consortium Blockchain

Timestamp
2023-05-26
Block Height
1629346
Block Hash
0x16064d01a82f2972e7e86483c35e92941d2a0b3ac4c0dc9c151cbd0375ac4ae7
Data Hash
0x031c1b2fc528f5e0c20d02e300fdedbe027e0d01848aa88d3b0834273150eb9d
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