#Siemens teamcenter products drivers
Understanding your product’s carbon footprint today by calculating the respective carbon emission drivers in your product.This provides you the capability to run cost and carbon footprint calculations at one glance supporting you in: For this purpose, we have extended the Teamcenter Product Cost Management solution by a carbon footprint calculator. Especially in automotive, new car programs have the goal of getting as close to carbon neutrality as possible. Achieve climate targets by understanding and analyzing a product’s carbon footprintĮnvironmental responsibility is an important topic since many companies all over the world follow strong climate targets. NLPP is a quick approach to predict prices which can be used to speed up the calculation process of cost engineers but can also become a suitable alternative for occasional users with missing cost engineering expertise. In summary, you can use NLPP to easily train target price formulas for any commodity and integrate this formula into Teamcenter Product Cost Management to enable predictive costing capabilities. In addition, you can challenge your own bottom-up calculations by comparing the result with the price prediction from NLPP. For example, after importing a large assembly into Teamcenter Product Cost Management you can instantly predict the prices for all “B” and “C” parts so that you can focus on the “A” parts. You can use this predictive costing approach for many use cases to accelerate your calculation process. This target price formula can be used to predict the prices of parts, components, and even systems. The new release provides the possibility to reuse an intelligence created with the NLPP Hot Spot Analysis by easily integrating a NLPP target price formula into Teamcenter Product Cost Management. Predictive costing with Teamcenter Product Cost Management For further details you can view the on-demand webinar.
NLPP Hot-Spot Analysis shows potential savings by identifying similar parts or assessing variants’ price differences.
Further, NLPP Hot-Spot Analysis calculates meaningful benchmarks that give a target corridor with upper and lower bounds for part costs or prices. Such target price formulas precisely describe how different part properties impact part costs or prices. The method uses part properties, quantities, and actual prices of existing parts to determine valid and precise target price formulas automatically. NLPP can predict the cost and price of any part, machine, or tool. In contrast to bottom-up calculations, which focus on the highly precise analysis of individual parts, the NLPP method developed by the Swiss company Saphirion AG examines part families. To accelerate handling large part portfolios, Siemens added the top-down Non-Linear Performance Pricing (NLPP) method to its solution portfolio. Traditional cost and value analysis have mainly been based on bottom-up methods.
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