8.EMBODIED ENERGY CALCULATION - P-Division-2022-2023-Odd/Repo07 GitHub Wiki
CALCULATION OF EMBODIED ENERGY OF MATERIALS USED TO BUILD PROTOTYPE.
| CONSUMABLES | SPECIFICATION AS PER BOM | QTY | TOTAL | UNIT EMBODIED ENERGY | TOTAL EMBODIED ENERGY |
|---|---|---|---|---|---|
| Acrylic sheet | L=0.30m,B=0.30m, T=0.01m, V=0.0009m^3,W=1.08kg | 1 | W=1.08kg | 117MJ/kg | 126.36MJ |
| Foam sheet | L=0.60m, B=0.30m, T=0.01m, V=0.0018m^3,W=0.0558kg | 1 | W=0.0558kg | 85MJ/kg | 4.743MJ |
| Nut & bolt | W=0.09kg | 10 | W=0.154kg | 153MJ/KG | 23.562MJ |
| Aluminium channel | L=0.6m ,B=0.2m,T=0.01,V=0.0012m^3,W=0.047kg | 1 | W=0.047kg | 191MJ/KG | 8.977MJ |
| Aluminium rod | L=0.3m,B=0.2m,T=0.01,V=0.0006m^3W=0.047kg | 1 | W=0.047kg | 191MJ/KG | 8.977MJ |
| ----- | ----- | ---- | --- | ---- | Total=163.642MJ |