New Industry Review Maps Gaps in Electric Fleet Charging Scheduling
Comprehensive analysis of real-world practices reveals critical planning gaps for fleet electrification.
The electrification of on-road fleet logistics promises major environmental and economic benefits—reduced emissions, lower noise, and greater energy flexibility. However, battery electric vehicles introduce new operational complexities not seen with internal combustion engines. These include heterogeneous charging speeds (vehicles requiring different charging times), exposure to volatile electricity prices, and scarcity of charging infrastructure. Managing these challenges requires solutions that balance cost efficiency and robustness, supported by stronger integration between transport and electricity systems.
This paper, authored by Joost Commandeur, Bart De Schutter, and Neil Yorke-Smith, conducts a thorough grey literature analysis, drawing from practitioner-oriented sources such as industry reports, company documentation, and technical blogs. It identifies key trends and gaps in operational decision-making for electric fleet management, providing a clear picture of current real-world practices. The review underscores the necessity for advanced digital planning systems and offers actionable insights to steer future research and development in this critical area of sustainable logistics.
- Review based on grey literature: industry reports, company docs, and technical blogs.
- Key challenges: heterogeneous charging speeds, volatile electricity prices, and infrastructure scarcity.
- Highlights need for digital systems that balance cost efficiency and robustness in fleet charging.
Why It Matters
As fleets electrify, smarter charging scheduling is critical to cut costs and ensure reliability.