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Life Cycle Cost Analysis Example 01

Life Cycle Cost Calculation View

Change by Year Analysis

This tool generates a variety of basic life cycle cost stock statistics for DevTreks components and operations.

Calculation View Description
Sample analysis used in a DevTreks tutorial. v214a

Version: 1.7.0

Feedback About commercial/componentgroup/Life Cycle Cost Analysis Example 01/657/componentlcachangeyr

Step 1 of 3. Make Selections


Step 2 of 3. Analyze


Use In Childs?
Overwrite Childs?
Compare Using:

Step 3 of 3. Save

Method 1. Do you wish to save step 2's calculations? These calculations are viewed by opening this particular calculator addin.


Step 1

  • Step 1. Base Calculations To Analyze: Operations go into operating budgets. Components go into capital budgets.
  • Step 1. Analysis Type: Totals add together the resource stocks being analyzed. Mean and Standard deviationis not available yet.

Step 2

  • Step 2. Use Same Calculator Pack In Descendants?: True to insert or update this same calculator in children.
  • Step 2. What If Tag Name: Instructional videos explaining the use of what-if scenario calculations should be viewed before changing or using this parameter.
  • Step 2. Base Resource Calculations To Analyze Type: The calculator chosen should actually be used, and used fairly frequently, in the underlying data being analyzed.
  • Step 2. Related Calculators Type: Name of the "Related Calculator Type" found in descendants. Runs calculations using the data found in those descendant linked views. This property takes precedence over the "Base Resoure Calculations to Analyze Type" property.

Step 3

  • Step 3. Save Using: The Save command saves xml data the Save Text command saves csv data.

Reminder: The 'Resource Stock Totals' analyzer requires running the underlying NPV calculator after inserting, deleting, or updating, this linked view (that keeps the NPV calculator's linked views synchronized with these linkedviews).

Current view of document
Life Cycle Cost Analysis Example 01
Component Group : Life Cycle Cost Analysis Example 01 ; A10
Component AllAlt. 0Alt. 1Alt. 2
Name 2007 Example 01 Slab on Grade2008 Example 01 Slab on Grade2009 Example 01 Slab on Grade
Date 12/31/200712/31/200812/31/2009
Label A10301AA10301AA10301A
Observations 222
OC Total
OC AmountChange
OC PercentChange
OC BaseChange
OC BasePercentChange
AOH Total
AOH AmountChange
AOH PercentChange
AOH BaseChange
AOH BasePercentChange
CAP Total 93,217.7064,429.1523,244.88
CAP AmountChange 0.000.00-41,184.28
CAP PercentChange 0.000.00-63.92
CAP BaseChange 0.00-28,788.55-69,972.83
CAP BasePercentChange 0.00-30.88-75.06
LCC Total 93,217.7064,429.1523,244.88
LCC AmountChange 0.000.00-41,184.28
LCC PercentChange 0.000.00-63.92
LCC BaseChange 0.00-28,788.55-69,972.83
LCC BasePercentChange 0.00-30.88-75.06
EAA Total
EAA AmountChange
EAA PercentChange
EAA BaseChange
EAA BasePercentChange
Unit Total 5,575.035,485.402,774.19
Unit AmountChange 0.000.00-2,711.21
Unit PercentChange 0.000.00-49.43
Unit BaseChange 0.00-89.63-2,800.84
Unit BasePercentChange 0.00-1.61-50.24
SubCost Totals
SubCost 1 Name MaterialMaterialMaterial
SubCost 1 Amount 8,570.0008,319.0004,102.500
SubCost 1 Unit CYCYCY
SubCost 1 Price 852.94868.28893.94
SubCost 1 Total 50,732.0028,199.0010,104.73
SubCost 1 Total Per Unit 3,223.363,256.871,686.78
SubCost 2 Name LaborLaborLabor
SubCost 2 Amount 10,479.00010,305.0005,105.000
SubCost 2 Unit CYCYCY
SubCost 2 Price 455.08432.50447.52
SubCost 2 Total 41,012.4034,653.0512,543.45
SubCost 2 Total Per Unit 2,350.202,226.961,086.82
SubCost 3 Name EquipmentEquipmentEquipment
SubCost 3 Amount 2,220.0002,205.0001,080.000
SubCost 3 Unit CYCYCY
SubCost 3 Price 12.2513.2613.28
SubCost 3 Total 1,431.301,535.10581.70
SubCost 3 Total Per Unit 1.431.540.58
SubCost 4 Name Global Warming PotentialGlobal Warming PotentialGlobal Warming Potential
SubCost 4 Amount 2,100.0002,100.000750.000
SubCost 4 Unit kg CO2 equivskg CO2 equivskg CO2 equivs
SubCost 4 Price
SubCost 4 Total 42.0042.0015.00
SubCost 4 Total Per Unit
SubCost 5 Name Habitat Alteration PotentialHabitat Alteration PotentialHabitat Alteration Potential
SubCost 5 Amount 2.1002.1000.750
SubCost 5 Unit TE Species Count equivsTE Species Count equivsTE Species Count equivs
SubCost 5 Price
SubCost 5 Total
SubCost 5 Total Per Unit
Dataset: Life Cycle Cost Analysis Example 01 IRI This building construction cost estimate is computed using life cycle cycle totals, statistics, incremental change, and progress component analyzers.

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