This document presents an overview of life-cycle cost analysis (LCCA) for buildings. LCCA is defined as a process that evaluates the total economic value of a building project over its entire lifespan by analyzing initial and future costs. The presentation outlines the LCCA process, which involves 5 steps: 1) establishing design alternatives, 2) determining the timing of activities, 3) estimating agency and user costs, 4) computing life-cycle costs, and 5) analyzing results. Key parameters for LCCA include time value of money, inflation, opportunity cost, and discount rate. LCCA provides a cost comparison of design alternatives and can help optimize decisions around construction, maintenance, and rehabilitation over the long term.
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CIA 3 Presentation.pptx
1. 1
Presentation: CIA3
SUB: LCCA
Program: M.Tech. (Valuation L&B)
Topic : Life-Cycle Cost Analysis of
buildings
PRN: 210101221014
Name Of Student: Dahiphale Adinath
Under the Guidance of
Prof: ARUN DWIVEDI
School of Engineering and Technology
2. 2
• Life Cycle Cost Analysis Definition
• Application/why use LCCA
• LCCA Five Steps Process
• Cost Involved
• Approach to LCCA
Presentation Outline
3. 3
LCCA is a process of evaluating the economic
performance of a building over its entire life
A process for evaluating the total economic
worth of a usable project segment by
analyzing initial costs and discounted future
costs, such as maintenance, operation,
reconstruction, rehabilitation, restoring, and
resurfacing costs, over the life of the project
segment.
Life-Cycle Cost Analysis Definition
4. 4
An analytical tool to provide a cost
comparison between two or more
competing design alternatives
producing equivalent benefits for
the project being analyzed.
LCCA Overview
5. 5
Why Use LCC?
Industry/project analyzed by following
parameters
• Project Engineering
• Maintenance Engineering
• Shareholders
• Production
• Reliability Engineering
• Accounting
6. 6
Key Parameters used in
calculating Life Cycle Cost
• Time Value of Money
1. Rate of Return
2. Inflation
• Opportunity Cost
• Discount Rate
• Analysis
7. 7
Step 1: Establish alternatives
Step 2: Determine timing of required activities
Step 3: Estimate agency and user costs
Step 4: Compute life-cycle costs
Step 5: Analyze the results
The LCCA Process
8. 8
Activities to ensure performance
Initial construction or rehabilitation activity
Future rehabilitation and preservation activities
Step 1: Establish Alternatives
10. 10
Include cost elements that are different
between alternatives
Exclude cost elements that are the same
between alternatives
Agency overhead costs
Real estate acquisitions
Normal operations user costs
Step 3: Estimate Agency and
User Costs
11. 11
Approach fundamentals
Compare demand and capacity under
normal operations and work zone
conditions
Determine how traffic is impacted
Convert traffic impacts into costs
Step 3: Estimate Agency and
User Costs
12. 12
Cash Flow Diagram
User
Costs
Rehab 1
Work Zone
Initial Activity
Work Zone
Preservation
Work Zones
Preservation
Activities
Rehab 1
Initial
Activity
Agency
Costs
$
$
Time
Time
Salvage or
Remaining
Value
13. 13
Step 4: Calculate NPV of
Life-cycle Costs
Net Present Value =
of Costs
N
k = 0
Σ
1
(1 + d)
nk
(Costk) x
Costk = cost of activity
N = length of analysis period
d = discount rate
nk = year of expenditure
Present Value
Factor
14. 14
How do agency costs compare?
How do user costs compare?
Can trade-offs be made?
Step 5: Analyze the Results
15. • Deterministic •
An Exact Cost is Determined
• Probabilistic •
A range of Values is determined with a specific
probability distribution
Calculation of Life Cycle Cost
16. Deterministic Approach
• Fixed discrete values are
assigned to various parameters
and any type of uncertainties are
ignored
• LCC calculated is fixed value
17. Probabilistic Approach
Cost parameters are assigned with
some appropriate probability
distribution.
• Random numbers are generated
• These random numbers are used to
calculate the LCC