Peak Annual Waste
14,200 tonnes
At fleet replacement peak
Annual Heavy Truckloads
710 trips
20t payload standard
Recycled Materials Yield
6,390 tonnes
Steel, Cu, Al, glass, Si
Landfill Disposal Mass
7,810 tonnes
Non-recycled fiberglass/composite
Freight Transport CO₂
348.5 t CO₂
250 km diesel freight loop
30-Year Decommissioning & Material Decay Timeline
Wind Turbines
Solar PV Arrays
Recycled Portion
Material Flow Breakdown (Fiberglass, Steel, Glass, Silicon, Copper, Aluminum)
Fiberglass/Composite
Steel/Iron
Glass
Aluminum
Silicon & Copper
Annual Lifecycle & Freight Schedule Ledger
| Year | Wind Decom. (t) | Solar Decom. (t) | Total Mass (t) | Truckloads | Recycled (t) | Landfill (t) | Transport CO₂ (t) |
|---|
System Operating State & Audited Scenario Proof
Decommissioning metrics calculated live via standard Weibull survival distribution models (Shape k=3.5) with baseline equipment weights: Wind = 110 t/MW; Solar PV = 65 t/MW. Freight carbon intensity = 0.098 kg CO₂/tonne-km.
Annual Waste Mass: 14,200 t
Truckloads Required: 710
Landfill Mass: 7,810 t
Recycled Yield: 6,390 t
Transport CO₂: 348.5 t