Using Supply Chain Planning

1.

How does eSPP determine optimum stock quantities for each location?

There are three correct answers.

By using forecast, variability, and cost data.

By applying multi-echelon optimization.

By setting a fixed quantity for all locations.

By using a combined EOQ and safety stock calculation.

By ignoring target service levels.

2.

What is the primary goal of Inventory Balancing in SAP eSPP?

Choose the correct answer.

To optimize stock levels across multiple locations.

To increase holding costs.

To focus solely on overstocked areas.

To eliminate demand variability.

3.

What triggers an automatic model selection in eSPP?

Choose the correct answer.

Stable demand patterns.

Forecast model performance below defined thresholds.

Manual intervention by users.

High stock levels of service parts.

4.

What planning methods are available in DRP to manage service parts distribution?

There are two correct answers.

Period based planning

Employee-based planning

Re-order point based planning

Customer-based planning

5.

How does Inventory Balancing minimize holding costs?

There are three correct answers.

By redistributing excess stock to locations with demand.

By avoiding unnecessary inventory buildup.

By increasing stock levels in overstocked areas.

By ignoring demand requirements.

By conducting a cost-benefit analysis.

6.

What factors does eSPP consider when selecting a forecasting model?

There are three correct answers.

Historical sales data including volume and seasonality.

Current stock levels of service parts.

Trending patterns observed in historical data.

Market data from installed products or equipment.

Feedback from manual reviews of forecasts.

7.

Which SAP tool is used for planning the planning variants and take rates?

Choose the correct answer.

SAP Integrated Business Planning (IBP)

SAP Variant Configuration (VC)

SAP Business AI

SAP ECC

8.

What are the challenges associated with aftersales long-term forecasting for service parts?

There are two correct answers.

Over-forecasting leading to high scrapping costs.

Under-forecasting resulting in customer dissatisfaction.

Easy prediction due to stable demand.

Minimal impact on storage and handling costs.

9.

How does SAP eSPP's Deployment Service prevent stock imbalances?

There are three correct answers.

By dynamically adjusting product distributions based on actual demand data.

By over-allocating stock to high-demand areas.

By working in tandem with DRP and Inventory Balancing modules.

By storing excess stock in low-demand areas.

By ensuring urgent needs are met promptly.

10.

How does SAP extended Service Parts Planning support global spare parts networks?

There are three correct answers.

By utilizing bills of distribution

By focusing solely on local markets

Through extensive warehousing integration

By limiting planning to tactical processes

By executing planning mainly through background runs

Knowledge quiz

How does eSPP determine optimum stock quantities for each location?

What is the primary goal of Inventory Balancing in SAP eSPP?

What triggers an automatic model selection in eSPP?

What planning methods are available in DRP to manage service parts distribution?

How does Inventory Balancing minimize holding costs?

What factors does eSPP consider when selecting a forecasting model?

Which SAP tool is used for planning the planning variants and take rates?

What are the challenges associated with aftersales long-term forecasting for service parts?

How does SAP eSPP's Deployment Service prevent stock imbalances?

How does SAP extended Service Parts Planning support global spare parts networks?