Financial Statement Analysis
- Ratio Analysis of Financial Statements (Formula, Types, Excel)
- Ratio Analysis Advantages
- Ratio Analysis
- Liquidity Ratios
- Cash Ratio
- Cash Ratio Formula
- Quick Ratio
- Quick Ratio Formula
- Current Ratio
- Current Ratio Formula
- Acid Test Ratio Formula
- Defensive Interval Ratio
- Working Capital Ratio
- Working Capital Formula
- Net Working Capital Formula
- Changes in Net Working Capital
- Current Ratio vs Quick Ratio
- Bid Ask Spread
- Liquidity vs Solvency
- Solvency Ratios
- Liquidity Risk
- Altman Z Score
- Turnover Ratios
- Profitability Ratios
- Profitability Ratios Formula
- Profit Margin
- Gross Profit Margin Formula
- Operating Profit Margin Formula
- Operating Income Formula
- Net Profit Margin Formula
- EBIDTA Margin
- Earnings Per Share
- Basic EPS
- Diluted EPS
- Basic EPS vs Diluted EPS
- Return on Equity (ROE)
- Return on Capital Employed (ROCE)
- Return on Invested Capital (ROIC)
- ROIC vs ROCE
- ROE vs ROA
- Cash on Cash Return
- Return on Total Assets (ROA)
- Return on Average Capital Employed
- Capital employed Employed
- Return on Average Assets (ROAA)
- Return on Average Equity (ROAE)
- Return on Assets Formula
- Return on Equity Formula
- DuPont Formula
- Net Interest Margin Formula
- Earnings Per Share Formula
- Diluted EPS Formula
- Contribution Margin Formula
- Unit Contribution Margin
- Revenue Per Employee Ratio
- Operating Leverage
- EBIT vs EBITDA
- Capital Gains Yield
- Tax Equivalent Yield
- LTM Revenue
- Operating Expense Ratio Formula
- Overhead Ratio Formula
- Variable Costing Formula
- Capitalization Rate
- Cap Rate Formula
- Comparative Income Statement
- Capacity Utilization Rate Formula
- Total Expense Ratio Formula
- Efficiency Ratios
- Dividend Ratios
- Debt Ratios
- Debt to Equity Ratio
- Debt Coverage Ratio
- Debt Ratio
- Debt to Income Ratio Formula (DTI)
- Capital Gearing Ratio
- Capitalization Ratio
- Interest Coverage Ratio
- Times Interest Earned Ratio
- Debt Service Coverage Ratio (DSCR)
- Financial Leverage Ratio
- Financial Leverage Formula
- Net Debt Formula
- Leverage Ratios
- Operating Leverage vs Financial Leverage
- Current Yield
- Debt Yield Ratio
Capacity Utilization Rate Formula
Capacity utilization is used to assess a company’s operational efficiency. However, this ratio is also used in a broader perspective – it measures the realized potential output. This is important because it shows the company how much they can still utilize.
Here’s the capacity utilization rate formula –
Example of Capacity Utilization Rate Formula
Let’s take a simple example to illustrate the capacity utilization rate formula.
Funny Stickers Co. can produce 60,000 stickers a month. During the last year of 2017, they could only produce 40,000 stickers due to the absence of labors. Find out the capacity utilization of Funny Stickers Co.
We already know the actual output of Funny Stickers Co. during the last month of 2017, i.e. 40,000 stickers. The potential output is 60,000 stickers.
By using the formula of capacity utilization, we get –
- Capacity Utilization = Actual Output / Potential Output * 100
- Or, Capacity Utilization = 40,000 / 60,000 * 100 = 66.67%.
From the above, we can also find out the slack of Funny Stickers Co. during the last month of 2017.
- It is = (100% – 66.67%) = 33.33% slack.
Explanation of Capacity Utilization Rate Formula
The ratio talks about two separate components.
- The first one is the actual output produced by the company.
- And the second is the maximum output a company can produce in a given period.
For example, if we look at a manufacturing company for a month, we would be able to discover how much the company has produced during the month; and then we can check how much the company can actually produce. Comparing these two will give us a hint about how much capacity the company has utilized during the month.
- If the capacity utilization of a company is less than 100%, then the company can increase its production.
- If we look at it from another point of view, we will also be able to see that this utilization rate talks about how much slack a company is doing in a particular time period.
For example, if we see that the capacity utilization is 56% of a company in a given month, then we would also be able to discover how much the company couldn’t utilize during that particular month. The percentage of capacity that the company couldn’t utilize is called “slack”. In the above example, the slack of the company during the month is = (100% – 56%) = 44%.
Use of Capacity Utilization Formula
To understand the application of capacity utilization, we need to take an example.
Let’s say that a pen manufacturing company has produced 80,000 pens per month at $1 per unit. If in a given month, the pen manufacturing company’s potential output is 170,000 pens at the same cost per unit, then the company is running at 47.06% (80,000 / 170,000 * 100) capacity.
From the above example, it’s clear that capacity utilization talks about operational efficiency. Higher the utilization rate, higher would be the operational efficiency of the company.
Even capacity utilization has a great effect on economic policies. When policymakers make economic policies, they look at capacity utilization to figure out how to stimulate the utilization of capacity in the economy.
Capacity Utilization Rate Formula Calculator
You can use the following this Rate Calculator.
|Capacity Utilization Rate Formula =||
Capacity Utilization Rate Formula in Excel (with excel template)
Let us now do the same example above in Excel. This is very simple. You need to provide the two inputs of Actual Output and Potential Output.
You can easily calculate the ratio in the template provided.
You can download this capacity utilization rate template here – Capacity Utilization Rate Excel Template
Video on Capacity Utilization Formula
This has been a guide to Capacity Utilization Rate formula, its uses along with practical examples. Here we also provide you with Capacity Utilization Calculator with downloadable excel template. Here are the other suggested articles –