Hypothetical combination,Input or result,Your project inputs / Calculated result,Value,Unit,Operation
A,Your project inputs,Before: Measured energy,96,kWh,
A,Your project inputs,Before: Good bottles,24000,Quantity,
A,Your project inputs,After: Measured energy,57.6,kWh,
A,Your project inputs,After: Good bottles,19200,Quantity,
A,Step-by-step substitution from the stated inputs,Before (kWh/1000) / 1,0.004,,( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] )
A,Step-by-step substitution from the stated inputs,Before (kWh/1000) / 2,4.0,kWh/1000,(( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ) × 1000)
A,Calculated result,Before,4.0,kWh/1000,
A,Step-by-step substitution from the stated inputs,After (kWh/1000) / 1,0.003,,( [After: Measured energy: 57.6 kWh] ÷ [After: Good bottles: 19200 Quantity] )
A,Step-by-step substitution from the stated inputs,After (kWh/1000) / 2,3.0,kWh/1000,(( [After: Measured energy: 57.6 kWh] ÷ [After: Good bottles: 19200 Quantity] ) × 1000)
A,Calculated result,After,3.0,kWh/1000,
A,Step-by-step substitution from the stated inputs,Reduction (kWh/1000) / 1,0.004,,( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] )
A,Step-by-step substitution from the stated inputs,Reduction (kWh/1000) / 2,4.0,,(( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ) × 1000)
A,Step-by-step substitution from the stated inputs,Reduction (kWh/1000) / 3,0.003,,( [After: Measured energy: 57.6 kWh] ÷ [After: Good bottles: 19200 Quantity] )
A,Step-by-step substitution from the stated inputs,Reduction (kWh/1000) / 4,3.0,,(( [After: Measured energy: 57.6 kWh] ÷ [After: Good bottles: 19200 Quantity] ) × 1000)
A,Step-by-step substitution from the stated inputs,Reduction (kWh/1000) / 5,1.0,kWh/1000,((( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ) × 1000) − (( [After: Measured energy: 57.6 kWh] ÷ [After: Good bottles: 19200 Quantity] ) × 1000))
A,Calculated result,Reduction,1.0,kWh/1000,
A,Step-by-step substitution from the stated inputs,Reduction (%) / 1,0.004,,( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] )
A,Step-by-step substitution from the stated inputs,Reduction (%) / 2,0.003,,( [After: Measured energy: 57.6 kWh] ÷ [After: Good bottles: 19200 Quantity] )
A,Step-by-step substitution from the stated inputs,Reduction (%) / 3,0.001,,(( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ) − ( [After: Measured energy: 57.6 kWh] ÷ [After: Good bottles: 19200 Quantity] ))
A,Step-by-step substitution from the stated inputs,Reduction (%) / 4,0.25,,((( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ) − ( [After: Measured energy: 57.6 kWh] ÷ [After: Good bottles: 19200 Quantity] )) ÷ ( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ))
A,Step-by-step substitution from the stated inputs,Reduction (%) / 5,25.0,%,(((( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ) − ( [After: Measured energy: 57.6 kWh] ÷ [After: Good bottles: 19200 Quantity] )) ÷ ( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] )) × 100)
A,Calculated result,Reduction,25.0,%,
B,Your project inputs,Before: Measured energy,96,kWh,
B,Your project inputs,Before: Good bottles,24000,Quantity,
B,Your project inputs,After: Measured energy,57.6,kWh,
B,Your project inputs,After: Good bottles,28800,Quantity,
B,Step-by-step substitution from the stated inputs,Before (kWh/1000) / 1,0.004,,( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] )
B,Step-by-step substitution from the stated inputs,Before (kWh/1000) / 2,4.0,kWh/1000,(( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ) × 1000)
B,Calculated result,Before,4.0,kWh/1000,
B,Step-by-step substitution from the stated inputs,After (kWh/1000) / 1,0.002,,( [After: Measured energy: 57.6 kWh] ÷ [After: Good bottles: 28800 Quantity] )
B,Step-by-step substitution from the stated inputs,After (kWh/1000) / 2,2.0,kWh/1000,(( [After: Measured energy: 57.6 kWh] ÷ [After: Good bottles: 28800 Quantity] ) × 1000)
B,Calculated result,After,2.0,kWh/1000,
B,Step-by-step substitution from the stated inputs,Reduction (kWh/1000) / 1,0.004,,( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] )
B,Step-by-step substitution from the stated inputs,Reduction (kWh/1000) / 2,4.0,,(( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ) × 1000)
B,Step-by-step substitution from the stated inputs,Reduction (kWh/1000) / 3,0.002,,( [After: Measured energy: 57.6 kWh] ÷ [After: Good bottles: 28800 Quantity] )
B,Step-by-step substitution from the stated inputs,Reduction (kWh/1000) / 4,2.0,,(( [After: Measured energy: 57.6 kWh] ÷ [After: Good bottles: 28800 Quantity] ) × 1000)
B,Step-by-step substitution from the stated inputs,Reduction (kWh/1000) / 5,2.0,kWh/1000,((( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ) × 1000) − (( [After: Measured energy: 57.6 kWh] ÷ [After: Good bottles: 28800 Quantity] ) × 1000))
B,Calculated result,Reduction,2.0,kWh/1000,
B,Step-by-step substitution from the stated inputs,Reduction (%) / 1,0.004,,( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] )
B,Step-by-step substitution from the stated inputs,Reduction (%) / 2,0.002,,( [After: Measured energy: 57.6 kWh] ÷ [After: Good bottles: 28800 Quantity] )
B,Step-by-step substitution from the stated inputs,Reduction (%) / 3,0.002,,(( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ) − ( [After: Measured energy: 57.6 kWh] ÷ [After: Good bottles: 28800 Quantity] ))
B,Step-by-step substitution from the stated inputs,Reduction (%) / 4,0.5,,((( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ) − ( [After: Measured energy: 57.6 kWh] ÷ [After: Good bottles: 28800 Quantity] )) ÷ ( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ))
B,Step-by-step substitution from the stated inputs,Reduction (%) / 5,50.0,%,(((( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ) − ( [After: Measured energy: 57.6 kWh] ÷ [After: Good bottles: 28800 Quantity] )) ÷ ( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] )) × 100)
B,Calculated result,Reduction,50.0,%,
C,Your project inputs,Before: Measured energy,96,kWh,
C,Your project inputs,Before: Good bottles,24000,Quantity,
C,Your project inputs,After: Measured energy,86.4,kWh,
C,Your project inputs,After: Good bottles,19200,Quantity,
C,Step-by-step substitution from the stated inputs,Before (kWh/1000) / 1,0.004,,( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] )
C,Step-by-step substitution from the stated inputs,Before (kWh/1000) / 2,4.0,kWh/1000,(( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ) × 1000)
C,Calculated result,Before,4.0,kWh/1000,
C,Step-by-step substitution from the stated inputs,After (kWh/1000) / 1,0.0045,,( [After: Measured energy: 86.4 kWh] ÷ [After: Good bottles: 19200 Quantity] )
C,Step-by-step substitution from the stated inputs,After (kWh/1000) / 2,4.5,kWh/1000,(( [After: Measured energy: 86.4 kWh] ÷ [After: Good bottles: 19200 Quantity] ) × 1000)
C,Calculated result,After,4.5,kWh/1000,
C,Step-by-step substitution from the stated inputs,Reduction (kWh/1000) / 1,0.004,,( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] )
C,Step-by-step substitution from the stated inputs,Reduction (kWh/1000) / 2,4.0,,(( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ) × 1000)
C,Step-by-step substitution from the stated inputs,Reduction (kWh/1000) / 3,0.0045,,( [After: Measured energy: 86.4 kWh] ÷ [After: Good bottles: 19200 Quantity] )
C,Step-by-step substitution from the stated inputs,Reduction (kWh/1000) / 4,4.5,,(( [After: Measured energy: 86.4 kWh] ÷ [After: Good bottles: 19200 Quantity] ) × 1000)
C,Step-by-step substitution from the stated inputs,Reduction (kWh/1000) / 5,-0.5,kWh/1000,((( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ) × 1000) − (( [After: Measured energy: 86.4 kWh] ÷ [After: Good bottles: 19200 Quantity] ) × 1000))
C,Calculated result,Reduction,-0.5,kWh/1000,
C,Step-by-step substitution from the stated inputs,Reduction (%) / 1,0.004,,( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] )
C,Step-by-step substitution from the stated inputs,Reduction (%) / 2,0.0045,,( [After: Measured energy: 86.4 kWh] ÷ [After: Good bottles: 19200 Quantity] )
C,Step-by-step substitution from the stated inputs,Reduction (%) / 3,-0.0005,,(( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ) − ( [After: Measured energy: 86.4 kWh] ÷ [After: Good bottles: 19200 Quantity] ))
C,Step-by-step substitution from the stated inputs,Reduction (%) / 4,-0.125,,((( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ) − ( [After: Measured energy: 86.4 kWh] ÷ [After: Good bottles: 19200 Quantity] )) ÷ ( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ))
C,Step-by-step substitution from the stated inputs,Reduction (%) / 5,-12.5,%,(((( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ) − ( [After: Measured energy: 86.4 kWh] ÷ [After: Good bottles: 19200 Quantity] )) ÷ ( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] )) × 100)
C,Calculated result,Reduction,-12.5,%,
D,Your project inputs,Before: Measured energy,96,kWh,
D,Your project inputs,Before: Good bottles,24000,Quantity,
D,Your project inputs,After: Measured energy,86.4,kWh,
D,Your project inputs,After: Good bottles,28800,Quantity,
D,Step-by-step substitution from the stated inputs,Before (kWh/1000) / 1,0.004,,( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] )
D,Step-by-step substitution from the stated inputs,Before (kWh/1000) / 2,4.0,kWh/1000,(( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ) × 1000)
D,Calculated result,Before,4.0,kWh/1000,
D,Step-by-step substitution from the stated inputs,After (kWh/1000) / 1,0.003,,( [After: Measured energy: 86.4 kWh] ÷ [After: Good bottles: 28800 Quantity] )
D,Step-by-step substitution from the stated inputs,After (kWh/1000) / 2,3.0,kWh/1000,(( [After: Measured energy: 86.4 kWh] ÷ [After: Good bottles: 28800 Quantity] ) × 1000)
D,Calculated result,After,3.0,kWh/1000,
D,Step-by-step substitution from the stated inputs,Reduction (kWh/1000) / 1,0.004,,( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] )
D,Step-by-step substitution from the stated inputs,Reduction (kWh/1000) / 2,4.0,,(( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ) × 1000)
D,Step-by-step substitution from the stated inputs,Reduction (kWh/1000) / 3,0.003,,( [After: Measured energy: 86.4 kWh] ÷ [After: Good bottles: 28800 Quantity] )
D,Step-by-step substitution from the stated inputs,Reduction (kWh/1000) / 4,3.0,,(( [After: Measured energy: 86.4 kWh] ÷ [After: Good bottles: 28800 Quantity] ) × 1000)
D,Step-by-step substitution from the stated inputs,Reduction (kWh/1000) / 5,1.0,kWh/1000,((( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ) × 1000) − (( [After: Measured energy: 86.4 kWh] ÷ [After: Good bottles: 28800 Quantity] ) × 1000))
D,Calculated result,Reduction,1.0,kWh/1000,
D,Step-by-step substitution from the stated inputs,Reduction (%) / 1,0.004,,( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] )
D,Step-by-step substitution from the stated inputs,Reduction (%) / 2,0.003,,( [After: Measured energy: 86.4 kWh] ÷ [After: Good bottles: 28800 Quantity] )
D,Step-by-step substitution from the stated inputs,Reduction (%) / 3,0.001,,(( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ) − ( [After: Measured energy: 86.4 kWh] ÷ [After: Good bottles: 28800 Quantity] ))
D,Step-by-step substitution from the stated inputs,Reduction (%) / 4,0.25,,((( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ) − ( [After: Measured energy: 86.4 kWh] ÷ [After: Good bottles: 28800 Quantity] )) ÷ ( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ))
D,Step-by-step substitution from the stated inputs,Reduction (%) / 5,25.0,%,(((( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] ) − ( [After: Measured energy: 86.4 kWh] ÷ [After: Good bottles: 28800 Quantity] )) ÷ ( [Before: Measured energy: 96 kWh] ÷ [Before: Good bottles: 24000 Quantity] )) × 100)
D,Calculated result,Reduction,25.0,%,
A→D,Separate and combined changes from A,Before / First input alone: C − A,0.0,kWh/1000,
A→D,Separate and combined changes from A,Before / Second input alone: B − A,0.0,kWh/1000,
A→D,Separate and combined changes from A,Before / Both inputs: D − A,0.0,kWh/1000,
A→D,Separate and combined changes from A,Before / Sum of the two separate changes,0.0,kWh/1000,
A→D,Separate and combined changes from A,Before / Combined change minus that sum,0.0,kWh/1000,
A→D,Separate and combined changes from A,After / First input alone: C − A,1.5,kWh/1000,
A→D,Separate and combined changes from A,After / Second input alone: B − A,-1.0,kWh/1000,
A→D,Separate and combined changes from A,After / Both inputs: D − A,0.0,kWh/1000,
A→D,Separate and combined changes from A,After / Sum of the two separate changes,0.5,kWh/1000,
A→D,Separate and combined changes from A,After / Combined change minus that sum,-0.5,kWh/1000,
A→D,Separate and combined changes from A,Reduction / First input alone: C − A,-1.5,kWh/1000,
A→D,Separate and combined changes from A,Reduction / Second input alone: B − A,1.0,kWh/1000,
A→D,Separate and combined changes from A,Reduction / Both inputs: D − A,0.0,kWh/1000,
A→D,Separate and combined changes from A,Reduction / Sum of the two separate changes,-0.5,kWh/1000,
A→D,Separate and combined changes from A,Reduction / Combined change minus that sum,0.5,kWh/1000,
A→D,Separate and combined changes from A,Reduction / First input alone: C − A,-37.5,percentage points,
A→D,Separate and combined changes from A,Reduction / Second input alone: B − A,25.0,percentage points,
A→D,Separate and combined changes from A,Reduction / Both inputs: D − A,0.0,percentage points,
A→D,Separate and combined changes from A,Reduction / Sum of the two separate changes,-12.5,percentage points,
A→D,Separate and combined changes from A,Reduction / Combined change minus that sum,12.5,percentage points,