IO-Dynamics Integrates A Smart Charging Solution For Logistics

Germany's IO-Dynamics enhances last-mile logistics with a smart charging solution, optimizing efficiency for over 1,000 electric delivery trucks
Lowering CapEx and enhancing sustainability: IO-Dynamics demonstrated how software-driven infrastructure facilitates the transition to sustainable energy solutions in commercial settings without adding significant investment. (Source: IO-Dynamics)
Lowering CapEx and enhancing sustainability: IO-Dynamics demonstrated how software-driven infrastructure facilitates the transition to sustainable energy solutions in commercial settings without adding significant investment. (Source: IO-Dynamics)
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Key Takeaways
  • IO-Dynamics wins The smarter E AWARD 2024 for Last-Mile Electrification Project

  • The Last-Mile Electrification project employs software-driven charging infrastructure across 18 warehouses

  • Smart charging management minimizes energy usage to 1.5 kW per vehicle, avoiding costly grid upgrades while ensuring fleet readiness

Germany-based IO-Dynamics has been recognized for its Last-Mile Electrification project, which won The smarter E AWARD 2024 in the Outstanding Projects category. The project integrates a smart charging solution designed to improve the efficiency of last-mile logistics for a national food and beverage delivery service, employing over 1,000 electric delivery trucks across more than a dozen warehouse locations.

The charging infrastructure is software-driven and deployed across 18 warehouse sites, efficiently managing a large fleet by optimizing grid supply and charging efficiency. The system integrates data from telematics, route planning, and renewable energy availability, adjusting charging times based on connection capacity and energy demand. This approach ensures that each vehicle's energy requirement is kept to a minimal 1.5 kW, avoiding the need for costly grid connection expansions at each depot. Additionally, the software automates billing and provides comprehensive monitoring of all fleet vehicles and charging points, simplifying operational workflows.

This setup not only enhances operational efficiency but also promotes sustainable practices in delivery logistics. The project demonstrates how advanced technology can facilitate the transition to sustainable energy solutions in commercial settings, significantly reducing investment costs and maximizing infrastructure benefits.

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