Companies generally use several of the aforementioned instruments. In addition, companies are often on both sides - as beneficiary and debtor. In combination with a high number of guarantees and letters of credit as well as often manual and paper-based processes, this leads to inefficiencies and a high level of resource commitment in companies. In addition, companies do not always have a centralised overview of the current portfolio, as the corresponding instruments are often processed in a decentralised manner. To solve these challenges, companies often rely on system-based support. Depending on the requirements and scope of the functionalities, this is done using a treasury management system or in their own trade finance systems.
If it is purely a matter of mapping the portfolio, both a treasury management system and a trade finance system can be ideally suited. A separate trade finance system, on the other hand, is usually implemented if companies also want to realise the following points:
- Mapping of workflows:
This includes all steps from the application for an instrument to the release and closing of the guarantee or letter of credit. - Automation of processes:
If companies have mapped the entire workflow of a guarantee or letter of credit in the system, the process can also be automated. For example, it is possible for the system to communicate a guarantee application to the bank without the approval of another employee in the company, provided that the defined parameters are adhered to. The system operates according to the dual control principle. The parameters can be, for example
- The beneficiary is in a predefined list or is located in one of the assigned countries or in none of the excluded countries
- A standard text is used
- The guarantee amount is below a defined limit
- A predefined minimum amount is available on the selected guarantee line, even after the guarantee has been issued
- The application is fully completed in accordance with the stored rules
- In addition, individual checks can be carried out before the guarantee application is released
In these cases, the guarantee applied for is automatically communicated to the bank by the applicant after the enquiry has been created in the system. A second person is not required to approve the application, as this part is taken over by the system. The response received from the bank can also be processed automatically by the system, thus significantly reducing the burden on the company's resources.
- Communication with banks:
This includes forwarding the guarantee application to the banks and processing the bank response in the system. The Trade Finance System requires a corresponding communication channel for this (e.g. EBICS, SWIFT, DVS, web interfaces with banks). - Calculation of fees:
Guarantees and letters of credit often have a variety of different fees. A trade finance system can charge traditional guarantee fees as well as commitment fees or individual fees. Fees are often linked to a minimum amount, which the system takes into account. In addition, there are different calculation methods for each bank. The following is an example of a quarterly fee charge:
A guarantee was issued on 12 August and quarterly guarantee fees are agreed. The following options now arise:
- The quarterly fee is due for the first time on 30 September and then always at the end of a calendar quarter.
- The quarterly fee is due for the first time on 12 November, i.e. exactly one quarter after the date of issue, and this rhythm will be maintained.
In order to be able to calculate these differently structured fees properly, a separate trade finance system is often used. This allows companies to maintain an overview of the correct fees at all times, even with a large number of guarantees and letters of credit with different cost structures. Another advantage of the system-supported solution is that future fees can be calculated at any time. Based on the stored fee parameters, the system can calculate or forecast future payments at the relevant times.
The following overview shows the annual guarantee fees incurred, taking into account the standard market fee rates for the respective guarantee amount (in EUR).
| Guarantee fees for 18 days in EUR |
| Guaranteed amount | 0,25% | 0,50% | 1,00% | 2,00% | 3,00% |
| 1.000.000 | 2.500 | 5.000 | 10.000 | 20.000 | 30.000 |
| 10.000.000 | 25.000 | 50.000 | 100.000 | 200.000 | 300.000 |
| 100.000.000 | 250.000 | 500.000 | 1.000.000 | 2.000.000 | 3.000.000 |
| 1.000.000.000 | 2.500.000 | 5.000.000 | 10.000.000 | 20.000.000 | 30.000.000 |
This shows that companies have to pay fees of EUR 1 million to the contracting banks for guarantees issued in the amount of EUR 100 million, with an annual fee of 1%.
Another aspect in this context relates to guarantees that have already expired but have not yet been derecognised. Unless contractually agreed with the bank, expired guarantees must be actively returned by the company. This requires appropriate communication with the bank so that it can derecognise the guarantee and credit the guarantee amount back to the available guarantee line. If this does not happen and expired guarantees are not derecognised, companies continue to pay the bank the fees incurred. Trade finance systems provide support in two ways: Through the centrally managed overview of all transactions in the portfolio, expired guarantees can be displayed at any time; In addition, the system provides support through corresponding system messages or e-mail notifications.
The following shows the amounts that are charged to the detriment of companies after just a few days in the case of expired but not returned guarantees. The overview below shows the guarantee fees incurred (in EUR) over a period of 18 days, taking into account the fee rates listed as examples, for the respective guarantee amount (in EUR).
| Guarantee fees for 18 days in EUR |
| Guaranteed amount | 0,25% | 0,50% | 1,00% | 2,00% | 3,00% |
| 1.000.000 | 125 | 250 | 500 | 1.000 | 1.500 |
| 10.000.000 | 1.250 | 2.500 | 5.000 | 10.000 | 15.000 |
| 100.000.000 | 12.500 | 25.000 | 50.000 | 100.000 | 150.000 |
| 1.000.000.000 | 125.000 | 250.000 | 500.000 | 1.000.000 | 1.500.000 |
This shows that a company has to pay an additional expense of EUR 5 thousand for guarantees that have already expired in the amount of EUR 10 million and a fee rate of 1% per year for an 18-day delay in derecognition.
If the derecognition of guarantees that have already expired is initiated 18 days late each quarter, this results in the following amounts that a company overpays to banks per year (four quarters).
| Guarantee fees for 4 quarters for 18 days each in EUR |
| Guaranteed amount | 0,25% | 0,50% | 1,00% | 2,00% | 3,00% |
| 1.000.000 | 500 | 1.000 | 2.000 | 4.000 | 6.000 |
| 10.000.000 | 5.000 | 10.000 | 20.000 | 40.000 | 60.000 |
| 100.000.000 | 50.000 | 100.000 | 200.000 | 400.000 | 600.000 |
| 1.000.000.000 | 500.000 | 1.000.000 | 2.000.000 | 4.000.000 | 6.000.000 |
If the previous example is extended to four quarters, this results in an avoidable additional expense of EUR 20 thousand per year for the company.
These figures clearly show that hedging by means of guarantees and letters of credit is always associated with costs - bank charges as well as personnel costs within the company. It is therefore all the more important that the underlying processes are transparent. If these processes, which are often still manual, are also mapped in a trade finance system, companies can make the best possible use of the existing optimisation potential. Only digitally mapped processes allow companies to utilise resources efficiently and thus relieve the burden on employees. By using digital solutions, employees can access all data at any time, regardless of where they are working - in the office, at home or on a business trip. This also makes the processing of guarantees and letters of credit location-independent. Trade finance systems also support the calculation and verification of fees. This ensures that companies only pay the fees actually incurred and that expired guarantees are closed in good time, thus saving companies money.
Source: KPMG Corporate Treasury News, Ausgabe 136, September 2023
Authors:
Nils Bothe, Partner, Finance and Treasury Management, Corporate Treasury Advisory, KPMG AG
Maximilian Gschoßmann, Manager, Finance and Treasury Management, Corporate Treasury Advisory, KPMG AG