Quality & Sustainability in Harmony
The Initial Situation
The food retailer needed a new central warehouse to supply the regional warehouses in the area with the dry goods line. The requirement was to create an efficient and sustainable logistics solution that could also handle seasonal business. The warehouse had to be scalable to accommodate future growth. Additionally, it should meet high standards of scheduling and cost reliability.
The Solution
After a construction period of only two and a half years, SSI SCHAEFER handed over the new central warehouse as a turnkey project. As the general planner and general contractor for construction and logistics, the long-standing intralogistics partner ensured precise coordination of trades even during the planning phase. Thanks to early commissioning, time and costs were saved. The scalable overall solution, covering 36,000 m² of floor space and partially extending vertically over three levels, includes 33,400 pallet spaces and 276,800 container spaces, as well as ergonomic workstations in goods receipt and order picking areas within the building complex. In this highly dynamic environment, the proprietary all-in-one logistics software WAMAS ensures efficient processes, and the SSI Resident Maintenance Service package guarantees a consistently high system availability.
Additionally, SSI SCHAEFER placed great emphasis on sustainability: A building envelope with photovoltaic system, LED lighting, and extensive green roofing, as well as an autonomous combined heat and power unit, was installed. Furthermore, ecologically sensible containers made from SSI SCHAEFER’s recycled granulate are used. The omission of lids simplifies handling in stores, and the foldable transport boxes save additional volume during the return of empties by truck.
An exact schedule was extremely important for the food retailer in order to be able to go live with the new central warehouse at the start of the Christmas business and thus be able to guarantee the security of supply for the branches. This was achieved primarily through the close integration of the two main functions: