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Today, we're looking at ownership costs. What are some components we should consider when calculating these costs?
I think things like the purchase price and depreciation?
Correct! We also consider interest, insurance, and taxes. Who can tell me how we calculate depreciation?
Is it based on the useful life of the equipment?
Exactly! We usually use the straight-line method to calculate it. We take the initial price, subtract any costs like tire costs, and divide by the useful life. Can anyone remember the useful life in our example?
It's 12.5 years based on the 20,000-hour lifespan!
Great job! Recollecting these figures is important for clear calculations in budgeting.
Now, let's shift to operating costs. What elements do we need to account for?
Fuel and maintenance costs?
Correct! And labor costs too. We calculate fuel costs using consumption factors, right?
Yes! It's based on horsepower and the fuel cost per liter!
Exactly! For our dump truck example, the fuel cost was calculated to be ₹1462.50 per hour. Can someone explain how we got there?
We multiplied the fuel consumption factor by the horsepower and the local fuel price!
Right! Keeping these calculations consistent is key for accurate reporting.
So far, we've calculated ownership and operating costs. How do we find the total equipment cost?
By adding them together, right? Plus any wages?
Correct! In our case, it totaled ₹6122.29 per hour. It's crucial to account for operator wages too.
What if we have salvage value? Does that change anything?
Great question! Salvage value reduces the initial cost, affecting depreciation and ultimately reducing ownership costs.
So, all these numbers can shift depending on just a small factor?
Exactly! This is why precise inputs are essential for accurate financial planning.
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In this section, we discuss the calculation of total equipment costs, emphasizing ownership costs, including depreciation, interest, insurance, and taxes, as well as operating costs including fuel, labor, and maintenance. The Peurifoy and Caterpillar methods are also explored to illustrate these calculations.
In construction and equipment management, accurately calculating the total cost of equipment is crucial. This section outlines how to estimate both ownership and operating costs following the Peurifoy guidelines.
Understanding these costs is vital for effective budgeting and project management in construction.
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So just add up everything the ownership cost, all the operating cost, and operating wages. Also, you will get the total ownership and the operating cost following the Peurifoy guidelines. Now let us workout from examples on how to estimate the equipment cost using these 2 methods.
In this section, we're discussing how to calculate the total equipment cost, which involves adding together several key components including the ownership costs, operation costs, and wages associated with operating the equipment. The method referenced, the Peurifoy guidelines, provides a framework for accurately estimating these costs through examples.
Think of this calculation like budgeting for a vacation. Just as you would consider airfare, hotel, meals, and activities, when calculating equipment costs, you need to account for ownership, operation, and wage costs to understand the total expense involved.
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You can see this problem in this problem you can estimate the cost for the dump truck. It is an off-highway truck. Why do we call it as off-highway? This truck is not permitted on the public highways...special features like you can see it will be kind of articulate machine with any additional features are there with this dump truck that is why you can justify its cost.
In this part, the focus shifts to a specific example: an off-highway dump truck. These trucks, designed for heavy-duty operations, cannot operate on public roads and are typically used at project sites. Their high costs can be attributed to their specialized features and capabilities tailored for tough environments.
Imagine buying a specialized vehicle like a bulldozer that is made for construction. Just as this vehicle would cost more than a regular car because of its added features and capabilities, the dump truck's costs are justified based on its unique specifications.
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The requirements are according to the type of the machine for which you are going to estimate. You can choose the appropriate estimation handbooks and choose the values estimated accurately. These numbers are just approximate assumptions just to show the methodology of how to estimate the economic cost.
The cost estimation process involves using appropriate handbooks tailored to specific types of machines to derive accurate values. While some numbers presented in the example may be approximations, the intention is to demonstrate the approach and methodology behind estimating economic costs for equipment.
If you were estimating the cost of a new computer, you would reference a technology price guide to ensure your numbers reflect current market values. Similarly, those estimating equipment costs will refer to established resources to guide their calculations.
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The truck is expected to have an annual use of 1600 hours...the local cost of the fuel in the particular space is 65 rupees per liter and the operating cost the wages per hour is 200 rupees per hour.
To accurately calculate total equipment costs, it's crucial to understand usage parameters, including how many hours the truck operates per year (in this case, 1600) as well as costs related to fuel and wages. These elements significantly impact operational budgeting and should be factored into calculations.
Consider how often you utilize a gym membership. If you go regularly, costs per visit can decrease in terms of value, much like how frequent use of a piece of equipment lowers the effective cost per hour of operation.
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Now we shall calculate the depreciation. Depreciation = (Initial price - Tire cost) / Useful life.
Depreciation is discussed in terms of how to calculate it based on the initial cost of the equipment minus any specific costs, like tires. Here, the useful life of the equipment is used as a timeframe over which its cost will be spread out. This helps spread the cost of the machine over its expected lifespan.
Imagine buying a car for $20,000 and predicting it will last for 10 years. You may consider that $20,000 cost in your annual budget as though it depreciates, allowing you to understand how much value you're losing each year.
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Total hourly ownership cost = 1445 + 780.30 + 195.08 + 292.61 = ₹ 2713.00/hr.
After all components including depreciation, interest, insurance, and taxes are calculated and added together, you arrive at the total hourly ownership cost. This total helps users understand what it costs to own and operate the piece of equipment per hour.
This is similar to calculating the total cost of ownership of a vehicle. You'd add up monthly payments, insurance, fuel, and maintenance to understand how much it really costs to own that vehicle each month.
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Now let us move on to the operating cost estimation...All these things if you add, you will get your total hourly operating cost as rupees 3209.29 per hour.
This section discusses estimating operating costs, which are distinct from ownership costs. Key components of operating costs include fuel consumption, maintenance (like FOG costs), and tire wear, which together inform the overall operational expense of using the equipment hourly.
Think of these costs like running a household. You would tally grocery bills, utility costs, and maintenance expenses to find out the total monthly expenditure—similarly, equipment operating costs give a detailed look at hourly expenditures for efficient planning.
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Total cost = ₹ 6122.29/hr.
By summing up all the computed hourly ownership, operating costs, and any other expenses (like operator wages), one arrives at the total cost of using the equipment. Understanding this total is essential for project budgeting and resource allocation in construction contexts.
Much like when planning a wedding, you would calculate costs from venue, food, attire, and other expenses to understand the total budget required. Similarly, in this case, one must add everything up to understand the project's financial planning.
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Key Concepts
Ownership Costs: Include purchase price, depreciation, interest, taxes, and insurance that contribute to the total cost of owning equipment.
Operating Costs: Refer to the ongoing expenses involved in using and maintaining equipment, including fuel and maintenance.
Depreciation Calculation: Calculated as (Initial Price - Tire Cost - Salvage Value) / Useful Life.
Peurifoy and Caterpillar Methods: Two approaches for estimating equipment costs, each characterized by different handling of cash flow timing.
See how the concepts apply in real-world scenarios to understand their practical implications.
The initial cost of a dump truck is ₹3 crore, with a tire cost of ₹11 lakh. The useful life is calculated based on 20000 hours of operation, giving 12.5 years.
Total hourly ownership cost is calculated by summing the hourly depreciation, interest, insurance, and taxes.
Use mnemonics, acronyms, or visual cues to help remember key information more easily.
For costs we need to show, ownership, and operating flow, sum them up, make it neat, total cost we will repeat.
Imagine Bob the Builder, who buys a dump truck for his construction site. He learns all about the costs—like ownership and operating ones—to ensure he stays profitable while building.
To remember costs: O for Ownership, O for Operating, D for Depreciation, I for Insurance.
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Review the Definitions for terms.
Term: Ownership Cost
Definition:
Expenses associated with owning a piece of equipment including purchase price, depreciation, interest, taxes, and insurance.
Term: Operating Cost
Definition:
Costs incurred to run equipment, including fuel, maintenance, and wages for operators.
Term: Depreciation
Definition:
The reduction of an asset's value over time, used to account for the wear and tear of equipment.
Term: Peurifoy Method
Definition:
An approach to equipment cost estimation that emphasizes the timing of cash flows.
Term: Caterpillar Method
Definition:
A method of estimating equipment costs that calculates average annual investment and other costs.