Software zur Lagerplanung
Also: Lagerplanungssoftware, Planungssoftware Lager, Warehouse-Planungssoftware, Lagerlayoutplanung Software, Software Lagerplanung, Lager-Planungstool
AI-generated
Warehouse planning software helps logistics managers digitally plan the layout, capacity, and material flow of a warehouse — before the first bolt is tightened. It enables scenario comparisons and provides a solid foundation for investment decisions.
Key facts
- Warehouse planning software is used before a warehouse is built or converted and is not an operational control system.
- It processes item master data, order profiles, and process times to calculate floor areas, capacities, and material flows.
- Scenario comparison of different layouts or levels of automation is one of the core strengths of these tools.
- The results serve as a decision-making basis for investments and as the foundation for tender documentation.
- The reliability of planning results stands or falls with the quality and currency of the input data used.
What is warehouse planning software?
Warehouse planning software is a tool used during the concept and planning phase of a warehouse project — that is, before construction, conversion, or system selection begins. It helps to dimension floor areas and rack arrangements, model material flows, calculate throughput rates, and compare different planning scenarios. The basis is typically real operational data: item master data, SKU counts, order profiles, process times, and inventory histories. Unlike a Warehouse Management System (WMS), which controls day-to-day warehouse operations, warehouse planning software is an upstream analysis and design instrument.
How does it work in practice?
A typical use case begins with importing or manually entering movement data and item classifications — for example, based on ABC/XYZ criteria. On this basis, the following tasks can be addressed:
- Space planning: Rack types, aisle arrangements, and zoning are calculated based on SKU count, inventory levels, and turnover frequency.
- Throughput analysis: How many picks per hour are realistic given a specific method and travel time? What capacity reserves exist during seasonal peaks?
- Material flow modeling and simulation: Conveyor routes, buffer capacities, and picking strategies are evaluated before being committed to hardware.
- Scenario comparison: Different layouts or levels of automation can be placed side by side and assessed in terms of space, cost, and performance.
The level of detail varies considerably between vendors and tools: some solutions focus on simple capacity and space calculations via spreadsheet, while others offer full 3D visualizations and discrete simulation models. The appropriate depth depends on project complexity and the available data foundation.
What matters when choosing a solution?
For logistics planners and IT decision-makers, the following points are particularly relevant:
- Data interfaces: Can the software import data directly from the ERP or existing systems, or is manual effort required?
- Simulation capability: Is a static calculation sufficient, or are dynamic load scenarios needed — for example, for varying order structures in e-commerce?
- Adaptability: Can specific processes, warehouse types, and conveyor elements be mapped, or is the model standardized?
- Outputs for tendering: Can planning results be exported in a structured format for use in specifications or system comparisons?
Important: warehouse planning software provides planning foundations, not guarantees. The quality of results depends directly on the quality of the input data. Anyone planning with uncleaned or outdated movement data risks incorrect sizing — regardless of how powerful the tool is.
Related terms
- ABC-Analyse
ABC analysis is a method for classifying items, vendors, or processes into three priority classes (A, B, C) based on their economic significance. It forms the basis for differentiated decision-making in warehousing, inventory management, and procurement.
- Artikelstammdaten
Item master data refers to the permanently valid base data of an item – such as dimensions, weight, packaging units, hazardous goods classification, and best-before date relevance. It forms the foundation for all logistical, procurement-related, and system-driven processes along the supply chain.
- Automatisierung
Automation refers to the use of technologies and systems to execute processes fully or partially without human intervention. In intralogistics, the spectrum ranges from simple conveyor systems to fully automated high-bay warehouses with autonomous vehicles.
- Bedarfsplanung
Demand planning refers to the systematic process by which a company determines what quantities of materials, goods, or resources are needed and when. It forms the foundation for inventory management, procurement, and warehouse planning.
- Bewegungsdaten
Movement data captures all transactions and physical goods movements in the logistics process – from goods receipt and stock transfers to dispatch. It contains timestamps, quantities, locations and the units involved, and forms the basis for transparency, control and analysis in warehouse and…
- Blocklager
A block storage system is a storage method in which load units — typically pallets — are stacked directly on the floor in rows and blocks without any racking structure.
- Brownfield Logistik
Brownfield logistics refers to the modernization, expansion, or restructuring of existing warehouse and logistics sites during ongoing operations. In contrast to the greenfield approach, it involves working with existing building structures, infrastructure, and technology.
- Business Case Automatisierung
The Business Case Automation evaluates, from an economic and operational perspective, whether an investment in warehouse or intralogistics automation is justified. It summarizes costs, benefits, risks, and assumptions in a structured way, forming the basis for management approval decisions.
- Dimensionierung
Dimensioning refers to the systematic design of warehouse capacities, material handling equipment, and logistics systems based on volume frameworks, throughput requirements, and peak loads. It forms the planning foundation for investment decisions in intralogistics.
- Disposition
Disposition refers to the operational planning and control of resources, quantities, and orders in logistics – for example in transport or materials disposition. It encompasses capacity assignment, scheduling, prioritization, and response to disruptions.
- Distributionskonzept
A distribution concept describes the overall structure through which goods move from the warehouse or plant to the customer – including location structure, storage tiers, transport network, service levels, and returns logic. It serves as the operational target picture for logistics processes and network decisions.