Management Strategies and Sustainability
June 30, 2024
-
8
Minutes Read

Challenging Sustainability Targets? Involve your employees!

How Fleet Managers Can Leverage Employee Engagement for Effective Sustainability Strategies

Challenging Sustainability Targets? Involve your employees!
Management Strategies and Sustainability
June 30, 2024
-
8
Minutes Read
Challenging Sustainability Targets? Involve your employees!
How Fleet Managers Can Leverage Employee Engagement for Effective Sustainability Strategies

Fleet managers must shift from procurement to operations and engage employees to gather comprehensive data for effective sustainability strategies. Involving employees is key to achieving ambitious corporate sustainability targets.

3 Essential Takeaway
  1. Fleet managers must adopt a scientific approach to sustainability, beyond simple electrification.
  2. Comprehensive GHG reporting requires vehicle-specific, country-specific, and usage-based data involving employees.
  3. Effective sustainability strategies engage employees with minimal disruption, ensuring accurate data collection and impactful initiatives.

Challenging Sustainability Targets? Involve your employees!

Fleet Managers are primarily procurement experts, skilled in selecting the optimal supply chain and negotiating deals with suppliers. However, they often need to step beyond procurement to focus on operations, change management, and policy development. This shift is driven by the fleet category's inherent connection to other corporate functions such as HR, Finance, HSE, and increasingly, Sustainability.

From Bold Statements to Strategy

When a CEO publicly commits to sustainability targets, whether through SBTi, EV100, or annual reports, it triggers a ripple effect across every department. While fleet emissions may represent a small portion of a company's total emissions, the urgency for transformation in the fleet sector is now undeniable.

This is where challenges arise for fleet managers. They receive ambitious company targets, sometimes as vague as "net zero by 2030," and must translate these into actionable plans. Some strategic elements are clear: electrification helps, and reducing mileage is beneficial. However, these measures only scratch the surface of a comprehensive strategy.

A Scientific Approach

Many companies focus their sustainability strategy on electrification—a significant but complex and costly shift. However, electrification alone doesn’t solve the sustainability problem, as no country produces 100% renewable energy, and electric vehicles can't achieve net zero targets on their own. The sector often overlooks this because the issue is not addressed scientifically (GHG Protocol) but rather from a tailpipe emissions perspective: replacing a diesel with a BEV is seen as sufficient.

Fleet Managers must quickly adapt to assessing their fleet’s sustainability performance scientifically. Traditional baselines like OEM-confirmed emissions (WLTP or NEDC values) are insufficient for GHG reporting. The GHG protocol requires reporting not only CO2 but also N2O, CH4, and F-gases. It’s country-specific, vehicle-specific, and usage-based, distinguishing between business, commuting, and private usage.

A significant hurdle is the lack of comprehensive data. Most fleet managers don't have the source data needed for a GHG report, and their supply chain partners (leasing providers, fuel suppliers, OEMs) only hold partial data. The missing piece, vehicle utilization, often resides with the employees.

More on This Topic
GHG Accounting for Fleet Operations
Understanding Video Content through Illustrations and Descriptions

Call to Action: Involve the Employee

Traditionally, fleet managers aim for smooth operations that don’t impact employees. However, collecting the necessary GHG data inevitably involves employees. Despite the standardization of employee self-service models (e.g., booking travel, entering expenses), involving them in sustainability targets remains challenging.

A true sustainability strategy begins with comprehensive data: vehicle types, usage, consumption, CO2e, and electricity efficiency factors to establish a reliable baseline. Appropriate powertrain selection follows: hybrids in some regions, EVs in others. Reducing residual emissions involves mobility initiatives and training employees for sustainable driving.

Successful strategies require driver input with minimal disruption. Skipping this step can lead to large-scale failures due to mistakes or oversimplifications.

At Scopes Data, we support you in this process with a GHG Protocol-compatible reporting solution that engages employees non-disruptively. Our tool provides a scientifically accurate baseline and reveals residual emissions, allowing you to take additional measures to meet your targets, beyond powertrain selection. We offer tailored solutions for every country, all for less than 0.01% of your TCO and one minute of monthly data entry per employee.

Reach out to us for more information.

https://scopesdata.com/resources/challenging-sustainability-targets-involve-your-employees

All Article
Other Blogs in the Same Category
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.
Measuring the Impact of Sustainability Initiatives
Management Strategies and Sustainability
Measuring the Impact of Sustainability Initiatives

Understanding the Importance of Measurement

Measuring the Impact of Sustainability Initiatives
New Trends in Fleet Emissions Reporting Based on the GHG Protocol
Emissions Reporting and Compliance
New Trends in Fleet Emissions Reporting Based on the GHG Protocol

Understanding the Regulatory Landscape

New Trends in Fleet Emissions Reporting Based on the GHG Protocol
10 Steps to Fleet Decarbonisation
Management Strategies and Sustainability
10 Steps to Fleet Decarbonisation

A Practical Guide to Reducing Emissions in Fleet Management

10 Steps to Fleet Decarbonisation
The Critical Role of Tires in Electric Vehicles: Why BEVs Need Specialized Tire Technology
Management Strategies and Sustainability
The Critical Role of Tires in Electric Vehicles: Why BEVs Need Specialized Tire Technology

How Tire Design Impacts the Performance, Efficiency, and Sustainability of Electric Vehicles

The Critical Role of Tires in Electric Vehicles: Why BEVs Need Specialized Tire Technology
Check Your Fleet Impact on Your Scope 1 Emissions Now
Management Strategies and Sustainability
Check Your Fleet Impact on Your Scope 1 Emissions Now

Understanding and Managing Fleet Emissions in Diverse Industries for Sustainability

Check Your Fleet Impact on Your Scope 1 Emissions Now
Deep Dive into New WPM Reporting in the Netherlands
Emissions Reporting and Compliance
Deep Dive into New WPM Reporting in the Netherlands

Reporting obligation work-related mobility of persons (WPM) - Rapportageverplichting werkgebonden personenmobiliteit

Deep Dive into New WPM Reporting in the Netherlands
Could CO2 Emissions See a Surge in 2023?
Emissions Reporting and Compliance
Could CO2 Emissions See a Surge in 2023?

It's Not Just About Increased Driving Distances, but Also the Overlooked Impact of WLTP

Could CO2 Emissions See a Surge in 2023?
Navigating Fleet Emissions Reporting: Overcoming Common Challenges
Emissions Reporting and Compliance
Navigating Fleet Emissions Reporting: Overcoming Common Challenges

Unraveling the complexities of fleet emissions reporting with Scopes Data

Navigating Fleet Emissions Reporting: Overcoming Common Challenges
Understanding CO2 Reporting for Private and Grey Fleet within Scope 1, 2, and 3
Emissions Reporting and Compliance
Understanding CO2 Reporting for Private and Grey Fleet within Scope 1, 2, and 3

Navigating the complexities of carbon emissions from business-used private vehicles.

Understanding CO2 Reporting for Private and Grey Fleet within Scope 1, 2, and 3
Inclusion of Private Use CO2 Emissions in GHG Reporting's Scope 1 and 2: A Necessity or Not?
Emissions Reporting and Compliance
Inclusion of Private Use CO2 Emissions in GHG Reporting's Scope 1 and 2: A Necessity or Not?

Unraveling the Implications of Counting Private Use of Corporate Vehicles in Greenhouse Gas Reporting.

Inclusion of Private Use CO2 Emissions in GHG Reporting's Scope 1 and 2: A Necessity or Not?
The Real-World Usage of Plug-In Hybrid Vehicles for Corporate Fleets
Management Strategies and Sustainability
The Real-World Usage of Plug-In Hybrid Vehicles for Corporate Fleets

Debunking WLTP Assumptions for PHEVs: What Fleet Managers Need to Know

The Real-World Usage of Plug-In Hybrid Vehicles for Corporate Fleets
Mastering Fleet Metrics: A Comprehensive Guide to Units
Data Collection and Technology
Mastering Fleet Metrics: A Comprehensive Guide to Units

Decoding the diverse units every fleet manager should know.

Mastering Fleet Metrics: A Comprehensive Guide to Units
The Green Guardians: Fleet Managers Driving Sustainable Practices
Management Strategies and Sustainability
The Green Guardians: Fleet Managers Driving Sustainable Practices

How Fleet Managers are Steering Corporate Fleets Towards a Greener Future

The Green Guardians: Fleet Managers Driving Sustainable Practices
Harnessing the Power of Accurate Emissions Reporting
Building Trust and Customer Relations
Harnessing the Power of Accurate Emissions Reporting

Understanding and Leveraging Scope 1, 2, and 3 Emissions

Harnessing the Power of Accurate Emissions Reporting
The Power of Accurate Emissions Reporting
Building Trust and Customer Relations
The Power of Accurate Emissions Reporting

Unlocking the Benefits of Precise Data for Sustainable Fleet Management

The Power of Accurate Emissions Reporting
Biofuels and Fleet Emissions: Benefits and Challenges
Management Strategies and Sustainability
Biofuels and Fleet Emissions: Benefits and Challenges

Exploring the Advantages and Obstacles of Integrating Biofuels into Fleet Management

Biofuels and Fleet Emissions: Benefits and Challenges
Electric Vehicles and Fleet Management: What You Need to Know
Management Strategies and Sustainability
Electric Vehicles and Fleet Management: What You Need to Know

A Comprehensive Guide to Integrating Electric Vehicles into Your Fleet

Electric Vehicles and Fleet Management: What You Need to Know
The Financial Benefits of Accurate CO2 Emissions Reporting
Emissions Reporting and Compliance
The Financial Benefits of Accurate CO2 Emissions Reporting

Unlocking Cost Savings and New Opportunities Through Sustainable Business Practices

The Financial Benefits of Accurate CO2 Emissions Reporting
5 Key Strategies for Reducing Your Fleet's Carbon Footprint: Considering Emission Factors and Vehicle Types
Management Strategies and Sustainability
5 Key Strategies for Reducing Your Fleet's Carbon Footprint: Considering Emission Factors and Vehicle Types

Making Informed Choices for a Greener and More Sustainable Fleet

5 Key Strategies for Reducing Your Fleet's Carbon Footprint: Considering Emission Factors and Vehicle Types
Understanding GHG Protocols and Their Importance in Emissions Reporting
Emissions Reporting and Compliance
Understanding GHG Protocols and Their Importance in Emissions Reporting

Navigating GHG Protocols and Streamlining Emissions Reporting

Understanding GHG Protocols and Their Importance in Emissions Reporting
Employee Commuting: Uncovering Its Impact on Emissions Reporting
Data Collection and Technology
Employee Commuting: Uncovering Its Impact on Emissions Reporting

The Essential Role of Purpose of Use Data in Accurate GHG Accounting

Employee Commuting: Uncovering Its Impact on Emissions Reporting

GHG Accounting for Fleet Operations

- A Comprehensive Guide -

Contents of the Guide

  • Introduction to the GHG Protocol History

  • Why Report GHG Emissions

  • Understanding GHG Scope Classifications

  • Don't underestimate the Fleet Emissions

  • Purpose of Vehicle Use in GHG Emissions Reporting

  • CO2 and CO2e Explained

  • Fuel Type

  • Electricity in GHG Emissions

  • Data Capture Methodology in GHG Emissions

  • GHG Accounting Methodology

Understanding Video Content through Illustrations and Descriptions

On our website, we introduce the content of the video in both text and diagrams. Once you have read and understood the information at your own pace, please proceed to the page by clicking the button below.

Explore GHG Introduction

Easy Emission Reporting with Scopes Data

Streamlining Fleet Management Made Simple

Check out our quick video tour to understand how Scopes Data transforms complex fleet emissions into manageable, straightforward reports. See firsthand the ease and accuracy that our app brings to your fleet management.

Visit Page

Sustainable Fleet Strategy Consulting

A Deep Dive into Data: Understanding and Reducing Your Fleet Emissions

Dive deep into the nuances of your fleet's emissions with our detailed data analysis. We provide tailor-made strategies to significantly lower CO2 emissions, leveraging our expertise to guide your fleet towards sustainability milestones and compliance with global standards.

Explore Our Consulting Service

GHG Calculator

Discover the Impact of Your Fleet on Greenhouse Gas Emissions with Our GHG Accounting Quick Calculator
Scopes Data - GHG Calculator Image

Evaluate Your Emissions Now and Forecast for the Future

Take your first step into the world of GHG accounting with our intuitive and user-friendly GHG Calculator. Designed as an introductory platform, this calculator aims to help you understand the relevance and importance of greenhouse gas (GHG) accounting in managing your fleet.

Try Calculator

Get in Touch with Our Emissions Experts

Have questions or need assistance with Scope Data? Reach out to our knowledgeable team using the contact form. We're here to help you simplify your fleet's emissions management and achieve your sustainability goals. Let's drive a greener future together!
Scopes Data needs the contact information you provide to us to contact you about our products and services. You may unsubscribe from these communications at any time. For information on how to unsubscribe, as well as our privacy practices and commitment to protecting your privacy, please review our Privacy Policy.

Thank you! Your submission has been received!

Oops! Something went wrong while submitting the form