We have developed this tool to help you evaluate and identify the most CO2 friendly optical lighting solution, without conducting a comprehensive Life Cycle Assessment analysis.
We hope you will find the tool beneficial. If you have any questions or inquiries, please contact us at [email protected]
All data in the calculator comes from a validated third-party source www.ecoinvent.org
Best regards
Ingemann Components
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| CO2-emission per kWh | kg CO2/kWh | |
| Background information | ||
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| Number of units | Number of units sold in one year | |
| Expected service life LED | Total hours of use | |
| Expected lifetime of product | Years | |
| Baseline energy efficiency | ||
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| Luminous flux | lm | |
| Energy efficiency | lm/W | |
| Power rating | W | |
| CO2-emission per unit | Kg CO2 | |
| CO2-emission for all units | Tonne CO2 | |
| Optimised energy efficiency | ||
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| Energy efficiency | lm/W | |
| Power rating | W | |
| Improvement | % | |
| CO2 reduction per unit | ||
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| CO2 emission after optimisation | Kg CO2 | |
| Total CO2 reduction after optimisation | Kg CO2 | |
| Total CO2 reduction all units | ||
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| CO2 emission after optimisation | Tonne CO2 | |
| Total CO2 reduction after optimisation | Tonne CO2 | |
| Result per unit | |
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| Result all units | |
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In the CO2 Calculation Tool for Materials, you can compare and evaluate two types of material and identify the right choice from a sustainability point of view.
| Material input | ||
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| Choose material |
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| Number of units | ||
| Thickness, mm | ||
| Width, mm | ||
| Depth, mm | ||
| Volume of one unit, cm3 | ||
| Density, g/cm3 | ||
| Weight | ||
| Weight per unit, kg | ||
| Total weight of all units, kg | ||
| CO2 emission from materials | ||
| CO2 emission per kilo of material | ||
| Kilo CO2 emission per unit | ||
| Kilo CO2 emission for all units | ||