Urban Deliveries Case Studies Combined 2025

Takeaways Posten Bring’s experience highlights lessons that go beyond its own operations. Interoperability, financing, shared use of infrastructure and energy optimization each play a critical role in making electrification viable. The points below capture what other cities, operators and policy-makers can draw from this case. Platform-agnostic system Posten Bring’s depots include a mix of vehicle and charger types, each with differing software interpretations despite using the same communication standards. This presents a real challenge as ensuring interoperability requires real- world testing and a flexible backend capable of adapting to legacy systems. Its platform-agnostic system enables it to surmount these challenges.Takeaway: When planning depot systems, it may be useful to test hardware and software combinations early, and to design for flexibility so legacy and new technologies can coexist. Public funding Capital costs for charging infrastructure remain a major barrier, especially in retrofit scenarios. Enova’s grant programme, covering up to 80% of infrastructure CAPEX, enables Posten Bring to invest in smart systems without overexposing itself to financial risk.Takeaway: Public support that covers infrastructure costs can unlock investment in smarter, longer-term solutions. Exploring available grants or co-financing schemes could make projects more viable. Shared infrastructure By opening depot chargers to third-party logistics operators, Posten Bring increases infrastructure utilisation and extends zero-emission operations beyond its own fleet. However, challenges existed as models require operational safeguards and strong stakeholder coordination.Takeaway: Shared models may expand zero-emission coverage and improve utilization rates. Building trust through clear agreements on access, data and costs can make them workable in practice. Energy optimization Smart charging software allows Posten Bring to double depot charging capacity without grid upgrades, while tariff optimization reduced electricity costs by up to 10%. At OT, solar synchronization further reduced fossil energy use.Takeaway: Exploring demand management, tariff structures and renewable integration can lower operating costs and ease grid pressure while scaling electrification.