Download
iLearn application
Elevate Your Financial Knowledge with the
ICICI Direct iLearn App
The Cash Conversion Cycle is a valuation metric that measures the number of days taken by a company to convert its inventory and other operational resources into cash through sales. It is also called Net Operating Cycle and it effectively estimates the length of time for which each invested rupee is held up in the production and sales process before it comes back as cash, which is then used to settle its accounts payable.
The Cash Conversion Cycle is a good measure of a firm’s sales efficiency, which means how quickly the firm can buy raw materials, sell finished goods, receive cash on its sales, and pay its vendors. If the number of days is less, that means the conversion from investment to cash income & settlement is very efficient.
Cash Conversion Cycle is a three-legged calculation, consisting of:
DIO is the first leg of the Cash Conversion Cycle. It is the number of days taken by the company to completely liquidate its inventory through the sale. This can also be looked at as the average number of days for which inventory is lying with the company before it is sold. The formula for DIO is:

For example, let’s say the opening inventory at the start of 2022 was worth ₹5,000 and the closing inventory at the end of the fiscal year was worth ₹10,000. If the COGS is ₹2,00,000 then the DIO is:

So the company takes nearly 14 days to convert its inventory into sales.
DSO is the second leg of the Cash Conversion Cycle. This is the average number of days taken by the company to collect its payments upon completion of its sale. The formula for DSO is:

Now if the company reports starting account receivables as ₹5,000 at the start of 2022 and ₹7,000 at the end of that fiscal year with credit sales standing at ₹1,40,000, DSO will be:

This means that the company requires a little over 15 days to get its invoice on the sales.
Since every company sources some materials before it can commence manufacturing activities, it also accrues some payables to its vendors. DPO measures the number of days taken by a company to settle all its payables and forms the third leg of the Cash Conversion Cycle. It is calculated as:

Similarly, if the company enters FY2022 with accounts payable worth ₹3,000 and ends the fiscal year with accounts payable worth ₹6,000, with COGS of ₹2,00,000, the DPO will be:

This means that the company clears dues on all its invoices in about 8 days.
Cash conversion cycle formula is a combination of the above legs and is simply the summation of all three:

From the above example,

So, the company takes 21 days to convert it’s starting investment back into cash.
It is obvious that the fast the cash income, the better off a company is. Thus, a lower CCC implies that the company is very good at managing its cash flow and vice versa. Now, the CCC may increase or decrease over the previous year depending upon the market situation in that fiscal year. Here’s how the changes should be read and deciphered:
Cash Flow Cycles vary from company to company and are normally viewed in comparison with its peers in the same industry.
No. Cash Conversion Cycle is a variable metric which not only varies between companies, but also changes form industry to industry as the nature of the business changes. Simply put, a lower CCC among industry peers is considered good.
There are several ways to reduce CCC and can be chosen based on the business model of the company. They are:
Even something as routine as having a simple invoice makes a difference to the Cash Conversion Cycle.
Understand contango in commodity trading, how futures prices differ from spot prices, and how financing, storage and insurance costs influence commodity pricing.
Copper is a widely used base metal known for its electrical and thermal conductivity, strength, ductility and corrosion resistance. It is used across electrical wiring, construction, machinery, power infrastructure and several industrial applications.
Natural Gas is a widely traded energy commodity used for electricity generation, industrial activity, heating and other applications. Its prices can react sharply to weather, supply and demand, inventories, global energy markets and geopolitical developments.