Own rail connections boost supply‑chain resilience
Companies that build their own rail connections increase the independence of their logistics, but must reckon with investment costs, interface adjustments and project management.
What changes
By building their own rail connections, manufacturers and wholesalers can shift their goods flows directly from the plant or warehouse onto the rail network. This reduces reliance on public freight stations, which are often congested or affected by strikes. At the same time, the transport chain can be made more climate‑friendly because emissions per tonne‑kilometer in rail transport are significantly lower than by truck. For procurement, this means that supplier selection no longer has to be based solely on road accessibility; a new logistics node now feeds into supplier evaluation.
The day‑to‑day operation also changes: inbound goods can in the future be routed via a dedicated track directly into the production hall or transshipment warehouse. This requires adjustments to warehouse processes, as delivery times must be scheduled more precisely and the unloading infrastructure (e.g., cranes, conveyors) aligned with rail handling. For the procurement department, an additional parameter – rail‑capacity availability – must be incorporated into order planning and risk management.
What it costs
Companies typically do not disclose concrete figures for the investment costs. The total cost comprises several components: land acquisition or lease for the rail‑connection site, construction of the track including superstructure, signalling systems and safety measures, as well as the link to the operator’s existing rail network. Additional expenses arise from permitting procedures, environmental assessments and possible obligations imposed by the railway company. Because these factors vary greatly with location, required capacity and local regulatory conditions, no single price can be quoted.
Compared with pure road‑transport solutions, long‑term operating costs can be lower because energy costs per tonne‑kilometer in rail transport are lower and maintenance intervals for rail infrastructure are longer than for truck fleets. Companies often finance such projects through internal investment budgets, climate‑friendly logistics grant programmes or leasing models in which an external provider handles construction and amortises the costs via a usage fee. Without published figures, the takeaway remains that the upfront investment is high, but total costs over the connection’s lifespan can potentially be cheaper.
What breaks down
Introducing a private rail connection requires extensive changes to existing IT interfaces. ERP systems that have so far only processed truck‑transport data must be extended with modules for rail transport to integrate timetables, loading units and train tracking. During the transition, data inconsistencies can arise, affecting inventory management and delivery planning. In addition, existing logistics software solutions must communicate with the railway operator’s systems, often necessitating new API interfaces or middleware.
The shift also impacts employee training. Logistics and warehouse staff must learn to handle new unloading equipment and rail‑safety regulations. The procurement department must establish new processes for selecting rail service providers and adjust contract terms. During commissioning, short interruptions to inbound goods may occur because the track must first be tested and cleared. This downtime needs to be accounted for in the project plan and coordinated with suppliers to minimise delivery delays.
What a switch demands
Switching to a private rail connection requires structured project management that spans several phases: feasibility study, permitting, construction and installation, followed by commissioning and integration into the existing supply chain. Depending on the scope, implementation typically takes 12 to 24 months. In the planning phase, decision‑makers from procurement, logistics, IT and finance must jointly review the business case and secure financing. The project lead coordinates external partners such as construction firms, railway operators and authorities.
Decisions that need to be made now concern site selection, definition of capacity requirements and specification of interfaces to existing systems. Internally, responsibilities must be clearly assigned: the IT department handles system integration, logistics plans the new unloading infrastructure, and procurement negotiates contracts with the rail service provider. Once construction is complete, a testing phase follows in which processes are validated under real‑world conditions before regular inbound shipments via the track are launched.