Union Investment—CO₂ Mobility Concept with BI Solution
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Raphael Braunstein, Associate Partner bei EMPORIAS
Raphael Braunstein
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Union Investment—CO2 Mobility Concept with BI Solution

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Increasing regulatory requirements, along with rising expectations from customers, employees, and competitors, present financial institutions with the challenge of making sustainability measurable and manageable.

In collaboration with EMPORIAS, a comprehensive CO₂ mobility concept was therefore developed. At the heart of the solution is a CO₂ mobility calculator built in Power BI, which enables automated data collection and processing while also laying the groundwork for CO₂ budgeting and management at the organizational unit level.

The result: complete transparency regarding CO₂ emissions in corporate mobility, integrated management of CO₂ budgets, and a significant increase in reporting efficiency. Sustainability has thus been successfully embedded in corporate management and made measurable.

Kim Trayser
Head of Business Services, Union Investment Services & IT GmbH

“With EMPORIAS, we have a long-standing partner at our side that implements our sustainability requirements with excellence in both expertise and technology. The CO₂ mobility calculator we developed together in Power BI creates a transparent and robust data foundation and, through professional visualization, enables us for the first time to manage our emissions in a targeted manner. Thanks to increased transparency and visibility, as well as the binding setting of a CO₂ budget as part of our climate strategy, we have been able to strengthen our sense of personal responsibility in sustainability management and significantly reduce our CO₂ emissions in the mobility sector.”

Union Investment—CO₂ Mobility Concept with BI Solution

Why
  • Increasing regulatory requirements call for robust CO₂ reporting
  • Stakeholder expectations are rising: customers, employees, and competitors are demanding credible sustainability strategies
  • At the same time, there was a lack of a transparent, consistent database for CO₂ emissions—particularly in the mobility sector
How
  • Standardized carbon footprint calculation using established standards‍
  • CO₂ climate strategy, i.e., the development of strategic climate goals and the simulation of policy levers and measures‍
  • Introduction of a CO₂ Mobility Calculator Based on Power BI‍
  • CO₂ Budgeting & Control Logic using CO₂ Budgets by organizational unit
What
  • Transparency and control over CO₂ emissions at both the aggregate and granular levels
  • Integrated corporate management based on CO₂ budget controlling
  • Efficiency & Automation in Data Collection and Processing
  • Lasting impact: A significant reduction in CO₂ emissions of more than 40% compared to the base year of 2019

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Why – Background/Challenge
  • Increasing regulatory requirements (e.g., CSRD, GHG Protocol, ISO standards) call for robust CO₂ reporting
  • Stakeholder expectations are rising: customers, employees, and competitors are demanding credible sustainability strategies
  • Sustainability is evolving from a differentiator to a basic requirement
  • At the same time, there was a lack of a transparent, consistent database for CO₂ emissions—particularly in the mobility sector
  • The key challenge: How can CO₂ emissions be systematically tracked, managed, and actively integrated into corporate management?

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How – Project Procedure

1. Standardized carbon footprint assessment:

  • Use of established standards (GHG Protocol, ISO 14064-1, VfU emission values)
  • Integration of regulatory requirements (CSRD compliance)
  • Setting up an automated data collection system

2. CO₂ Climate Strategy:

  • Calculation of the carbon footprint
  • Establishment of strategic climate goals
  • Simulation of control levers and actions
  • Inclusion in the Sustainability Report
  • Integration into central sustainability management

3. Introduction of a CO₂ mobility calculator:

  • Automated calculation of emissions based on defined emission factors
  • Ensuring transparency, consistency, and accuracy
  • A scalable foundation for reporting and management (based on PowerBI)

4. CO₂ Budgeting & Control Logic

  • Calculation of CO₂ budgets by organizational unit
  • Monthly Comparison of Budgeted vs. Actual Emissions
  • Drill-down features (e.g., by mode of transportation or area)
  • IncorporatingCO2 budget compliance into individual performance agreements
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What—Results & Added Value

Transparency & Manageability

  • Complete transparency regarding CO₂ emissions at both the aggregate and detailed levels
  • Implementation of real-time monitoring with drill-down capabilities

Integrated Business Management

  • Linking CO₂ data to control processes
  • Establishment of a CO₂ budget monitoring system modeled after financial metrics

Efficiency & Automation

  • Automated data collection and processing for reporting
  • Significant reduction in manual work for the sustainability report

Lasting impact

  • Identification of specific measures to reduce emissions
  • Promoting personal responsibility within the departments
  • Support for the strategic objective: Significant reduction in CO₂ emissions (>40% since 2019)

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