
Master Settlement Units
Definition
Master settlement unitUse
A supplier may issue one joint invoice covering different service charges that affect different settlement units without displaying the costs individually, such as for hot water and heating.
You can collect (post) these costs on a master settlement unit (master SU) and specify the calculation base according to which the costs are predistributed to the respective settlement units in the R/3 System.
The service charge settlement posts the costs to the participating settlement units according to the calculation base and allocates these proportionately.
This provides transparency of costs down to the level of the individual settlement units.
Structure
The master SU defines:
Calculation Base
There are three methods of predistributing costs:
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Predistribution by measurement |
Predistribution by equivalence number |
Predistribution by a formula for calculating water consumption |
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Enter a measurement for distributing the costs to the individual SUs. To do so, you must have assigned a measurement for the rental units or rental objects to the SUs |
For each settlement unit, you can specify an equivalence number in a unit of measurement of your choice for distributing the costs proportionately to the respective SUs. You can also specify that the total of the equivalence numbers is greater than or equal to the total of the actual equivalence numbers. The remaining share calculated in this way is posted to an object determined in the master SU (business entity, property, building, rental object, contract, cost center, internal order). |
Only used for calculating the share of hot water consumption according to German heating expenses regulations:
C = measured volume of consumed hot water in m³TW= measured or average temperature of hot water HV = heating value of the consumed fuel in kilowatt hours per liter or other unit B = fuel consumption according to unit of measurement used for HV TotCons = total consumption of heating units as entry value W = total heat consumption to be determined Q = heat consumption for hot water consumption
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