Project Background: Why Baijiu Warehousing Requires More Than Storage
Finished goods warehousing in the baijiu industry has highly specialized requirements. Products may need to be managed according to alcohol content, product category, vintage, production batch and other attributes. For standard products, FIFO is an important inventory principle, while vintage products may require more flexible inventory strategies based on aging and batch information.
As production and shipment volumes continue to increase, traditional floor storage can become a major logistics bottleneck. Large storage areas consume valuable factory space while offering relatively low storage density. During peak seasons, newly packaged products may also compete with outbound shipments for limited handling and loading capacity.
To address these challenges, a leading Chinese baijiu manufacturer upgraded its finished goods logistics center with an automated high-density warehouse system.
China JSSL Company provides warehouse automation planning and system integration capabilities for complex manufacturing and logistics environments, integrating automated storage, material handling, intelligent scheduling and digital warehouse management into a unified logistics system.
The project demonstrates how customized China warehouse automation solutions can be adapted to the specific inventory, production and distribution requirements of the baijiu industry.
Project Challenges: Balancing Storage Density and High-Speed Outbound
The existing finished goods warehouse faced several challenges.
Limited Capacity in Traditional Floor Storage
The original facility used a conventional floor-storage model. Although the warehouse occupied a considerable area, its storage density was relatively low.
As production capacity increased, the warehouse needed to store more finished products without expanding the existing building footprint.
Complex Batch and Product Management
Baijiu products cannot simply be treated as standardized inventory.
Different alcohol levels, product categories, vintages and production batches need to be accurately identified and managed. Inventory strategies must also support FIFO requirements and flexible batch-based outbound operations.
Manual inventory records and handling processes make it difficult to maintain precise sequencing and traceability at high throughput.
High Production and Loading Pressure
The warehouse needs to receive finished products directly from packaging operations while simultaneously supporting multiple outbound loading positions.
The logistics system therefore needs to handle both:
Packaging → Automated Storage
and
Automated Storage → Picking → Loading → Delivery
without creating congestion between inbound and outbound flows.
Existing Building Constraints
Another major challenge was that the existing building structure could not simply be redesigned.
Fire-protection zones, loading dock positions and existing civil construction had to remain unchanged. The new automated warehouse therefore needed to achieve higher storage capacity and efficiency within the existing architectural conditions.
(Baijiu Logistics Automation)
Hardware Solution: High-Density Storage Without Sacrificing Throughput
To overcome the traditional conflict between storage density and warehouse efficiency, the project introduced a high-bay automated storage system based on high-speed stacker cranes.
The system includes:
12 high-bay stacker cranes
24-meter-high storage structure
Double-load handling technology
Double-deep storage positions
Pallet conveyor systems
Flexible conveyor systems
Telescopic belt conveyors
Automatic pallet handling
Automatic pallet destacking and stacking equipment
The 12 stacker cranes form a coordinated equipment cluster capable of supporting high-volume inbound and outbound operations.
Double-Load Stacker Crane Technology
One of the major technical features is the use of stacker cranes equipped with two load-handling platforms.
Instead of transporting one pallet per cycle, the system can handle two pallets during a single storage or retrieval operation.
The stacker cranes can reach a horizontal travel speed of up to 180 m/min, while each aisle is designed for throughput of approximately 70 pallets per hour.
This architecture helps offset the longer travel distances created by high-density vertical storage.
The project also combines double-deep storage with same-side inbound and outbound operations, improving storage efficiency while maintaining high throughput.
For high-demand finished goods warehouses, this type of equipment configuration provides an alternative to simply adding more warehouse area.
Advanced Motion Control for Stable Pallet Handling
High-speed pallet transportation introduces another important challenge: pallet stability.
Finished baijiu products need to remain stable during high-speed horizontal movement, acceleration, deceleration and vertical lifting.
The system uses coordinated motion-control and anti-sway algorithms, combined with high-precision laser positioning and controlled acceleration and deceleration.
This enables more stable pallet transportation and reduces the need for conventional stretch-film stabilization.
The project also uses three-chain conveyor systems throughout the inbound and outbound layers. Compared with conventional roller conveyor configurations, the three-chain structure provides broader pallet support and helps reduce slipping and pallet deformation during transportation.
This contributes to more reliable automated pallet handling throughout the warehouse.
Automated Empty Pallet Management
High-throughput finished goods logistics also depends on a continuous supply of empty pallets.
The project incorporates an automatic pallet destacking and stacking system to manage empty pallets.
After loading operations, empty pallets can be automatically recovered, stacked and returned to the appropriate storage or production area.
This creates a closed-loop pallet management process:
Loading → Empty Pallet Recovery → Automatic Stacking → Storage → Replenishment → Packaging
By automating pallet circulation, the system reduces manual pallet handling and helps maintain continuous packaging operations.
(Three-Chain Conveyor System)
Flexible Dock and Conveyor Integration
The first-floor receiving and shipping area uses a flexible conveyor layout designed around the existing building and dock positions.
Multiple conveyor lines support both inbound and outbound operations, while telescopic belt conveyors are used for truck loading and unloading.
Because the loading dock locations could not be changed, customized flexible conveyors were installed to connect the fixed dock positions with the automated warehouse system without major civil construction modifications.
The second floor also reserves capacity for future production inbound operations, allowing the warehouse to support further expansion of packaging capacity.
Software Solution: Making the Warehouse Understand Baijiu Inventory
Hardware determines how much a warehouse can store and how quickly it can move products. Software determines how the warehouse manages product information, inventory priorities and operational decisions.
The project therefore integrates warehouse management, warehouse control and enterprise information systems into a unified architecture.
China JSSL Company can support this type of warehouse system integration by connecting WMS, WCS, ERP, MES and automated equipment control within a single logistics architecture.
Industry-Specific Storage Strategies
Warehouse locations can be allocated according to product attributes such as:
Product category
Alcohol content
Vintage
Production batch
Inventory status
Outbound priority
This enables the system to manage different types of finished baijiu according to their specific inventory requirements.
Intelligent Outbound Scheduling
Inventory and production information are linked to warehouse operations.
The system can execute different outbound strategies according to order requirements and inventory rules, reducing dependence on manual decision-making.
This is particularly important for baijiu products where batch accuracy and traceability are critical.
Automated Empty Pallet Scheduling
The warehouse management system coordinates with automatic pallet handling equipment to ensure that empty pallets are continuously returned and supplied to packaging operations.
This creates an integrated logistics loop between packaging and warehouse operations.
Multiple Packaging and Pallet Formats
The system is also designed to identify different packaging specifications and pallet configurations, allowing the warehouse to handle diversified finished product formats within the same automated logistics environment.
WMS and WCS Integration for Full-Process Traceability
The warehouse system integrates WMS and WCS with the existing enterprise ERP and logistics systems.
WMS manages inventory, storage locations and warehouse tasks, while WCS coordinates stacker cranes, conveyors and other automated material handling equipment.
A three-dimensional visualization platform provides a digital representation of warehouse equipment, storage locations and task progress.
Through the digital warehouse interface, operators can monitor the lifecycle of individual pallets from inbound storage to outbound delivery.
Product information can be associated with important data such as batch, alcohol content, filling time and quality inspection information, creating a more transparent and traceable inventory management process.
Project Results: From a Traditional Warehouse to an Intelligent Logistics Hub
The automated finished goods logistics center delivers improvements across storage, transportation, inventory management and production coordination.
Key results include:
Higher finished goods storage capacity
Higher storage density within the existing footprint
Faster inbound and outbound operations
Automated finished goods receiving from packaging
Automated empty pallet circulation
Reduced manual warehouse movement
Improved batch and inventory traceability
More stable peak-season logistics operations
Better coordination between packaging and outbound loading
Reduced dependence on manual warehouse management
The warehouse operates with zero routine personnel movement inside the storage aisles, while automated stacker cranes, conveyors and pallet handling equipment perform the primary internal transportation tasks.
The result is a shift from manually intensive warehouse operations toward a more automated, controlled and traceable logistics environment.
(AS/RS Warehouse Automation)
Smart Warehouse Automation for the Food and Beverage Industry
The project also demonstrates an important principle for industry-specific warehouse automation: standardized equipment alone is not enough.
Baijiu logistics has its own requirements for batch management, product classification, FIFO, storage density, peak-season shipping and production integration.
A successful automated warehouse therefore needs to combine:
Customized Warehouse Design + Automated Material Handling + Intelligent Scheduling + System Integration + Digital Management
For food and beverage manufacturers, this approach can be extended to other production and distribution environments where product traceability, batch management and high-volume seasonal logistics are critical.
Conclusion: Building Industry-Specific Smart Logistics Through China Manufacturing
The baijiu finished goods logistics center demonstrates how intelligent warehouse automation can transform a traditional floor-storage facility into a high-density and highly coordinated logistics hub.
By integrating high-bay stacker cranes, double-load handling, pallet conveyors, automatic pallet management, WMS, WCS and digital visualization, the system connects packaging, storage and outbound delivery into one automated logistics process.
For manufacturers seeking to upgrade existing facilities without major civil reconstruction, customized China warehouse automation solutions can provide a practical path toward higher storage density, improved throughput and stronger inventory traceability.
China JSSL Company focuses on warehouse automation, logistics system integration and intelligent material handling solutions, supporting manufacturers in designing and implementing automated warehouse systems adapted to their production processes, facility constraints and operational requirements.