What is resource disaggregation in SAP SCM-APO-SNP - Supply Network Planning (SNP)?

SAP Term: resource disaggregation

• Component: SCM-APO-SNP

• Component Name: Supply Network Planning (SNP)

• Description: Planning function within planning with aggregated resources that is used to disaggregate the resource consumption of the header resource of a resource hierarchy to the subresources of this hierarchy.

Smart SAP Assistant

• Key Concepts: 
  Resource disaggregation is a process in SAP Supply Network Planning (SNP) that allows for the splitting of a single resource into multiple resources. This process is used to create more detailed plans and to better manage resources. It can also be used to create more accurate forecasts and to optimize the use of resources. 
  
  How to use it: 
  Resource disaggregation can be used in SAP Supply Network Planning (SNP) by creating a resource plan. This plan will define the resources that need to be split and the number of resources that need to be created. Once the plan is created, the resource disaggregation process can be initiated. This process will then split the single resource into multiple resources, which can then be used for planning and forecasting purposes. 
  
  Tips & Tricks: 
  When using resource disaggregation in SAP Supply Network Planning (SNP), it is important to ensure that the resources being split are properly allocated. This will ensure that the plans and forecasts created are accurate and that resources are being used efficiently. Additionally, it is important to consider the impact of resource disaggregation on other processes, such as inventory management and demand planning. 
  
  Related Information: 
  Resource disaggregation is an important part of SAP Supply Network Planning (SNP). For more information on how to use this process, please refer to SAP's official documentation on SNP or contact your local SAP representative. Additionally, there are many online tutorials and videos available that provide step-by-step instructions on how to use resource disaggregation in SNP.