Exploring the Potential of Truck Electrification Powered by Geotab's Research

Unleashing the Future of Truck Electrification

Introduction
As the commercial transportation sector increasingly seeks efficiency and sustainability, the shift towards electric vehicles (EVs) is gaining significant momentum. A recent study by Altitude, a division of Geotab, casts light on the promising future of truck electrification, revealing that many medium and heavy-duty trucks are well poised for this transition.

Understanding the Study
On April 24, 2025, the findings of this study were officially presented, analyzing data sourced from connected commercial vehicles. It showed that an impressive 58% of medium-duty trucks and 41% of heavy-duty trucks typically operate within a range of 250 miles or less from their depots. This statistic is particularly crucial as it indicates a significant opportunity for electrification, given the widespread concerns regarding charging infrastructure and battery range.

Fleet Efficiency Drives Change
Fleet operators are continuously searching for cost-effective solutions to improve their bottom lines. Electric trucks not only present lower fuel costs but also promise reduced maintenance expenses. Geotab's Sustainability Report reports an incredible 63% year-on-year increase in the number of connected EVs within their fleet, amassing over 700 million miles travelled, showcasing the vast potential of electric fleets in real-world conditions.

Key Findings from the Study
1. Shorter Distances and the Need for Charging Access
The data points out that 41% of heavy-duty trucks often drive less than 250 miles between stops, rendering them ideal candidates for electrification. By understanding common duty cycles and typical stop durations, operators can strategize charging requirements more effectively.

2. Strategic Placement of Charging Infrastructure
While establishing depot-based charging systems serves as a foundational step, a broader understanding of existing truck stop locations is vital. To enhance the electrification process successfully, cities, utilities, and fleet operators must synergize their efforts to pinpoint where trucks naturally stop and how they navigate their routes.

3. Collaboration Is Key
The study highlights the necessity for collaboration between fleet operators and utility companies. Utilities must prepare for an anticipated increase in electricity consumption due to the electrification trends and implement the necessary infrastructure. This cooperative effort ensures a smoother transition to electric trucking.

The Future of Truck Electrification
Nate Veeh, AVP of Market Development at Altitude by Geotab, articulates that the trucking industry is on the brink of a significant transformation. The insights from the study bolster the belief that a considerable portion of medium and heavy-duty trucks function within a driving range conducive to electrification. By leveraging data-driven insights, stakeholders can make informed decisions regarding electrification initiatives, ultimately enhancing sustainability and operational efficiency.

Conclusion
As stakeholders within the trucking sector assess the path forward, the Altitude by Geotab study highlights both challenges and opportunities in electrification. The key takeaways emphasize that understanding driving behaviors, strategic location for charging solutions, and proactive collaboration amongst utilities and fleet operators are essential for paving the way to a sustainable future in trucking. For more details, visit Altitude by Geotab Insights.

This study not only sheds light on the current landscape of electrical potential in trucking but provides a blueprint for future developments in energy-efficient transportation. With the right infrastructure and collaborative efforts, the adoption of electric trucks could revolutionize the industry.