Lithium Battery Raw Materials in Thailand
24m Ultra-High AS/RS Intelligent Storage Project

Key Results
Space Efficiency Breakthrough: Storage Capacity Doubled | 4,487 Dedicated Slots
Equipment Operations: Single Crane Throughput Up to 211 Pallets/Hour
Quality Control System: Full-Loop Automated Batch Traceability

Project Pain Points

The project warehouse footprint covers 1,800㎡ and is located in the Map Ta Phut Industrial Estate, Rayong. Lithium-ion battery anode and cathode raw materials are characterized by massive single-unit weights and highly stringent batch control standards. The original traditional flat warehouse suffered from extremely low space utilization, leading to frequent capacity overloads during peak seasons. Furthermore, manual inbound and outbound operations caused frequent batch mix-ups, and traceability relied entirely on manual paper logs, severely hindering the continuous production rhythm of the downstream lines.

Core Solutions

Ultra-High AS/RS Deployment: Built a 24-meter-high fully automated warehouse utilizing the "Panshi" and "Kunlun" series heavy-duty stacker crane systems, precisely engineering 4,487 high-density specialized slots.
Full-Loop Software Integration: Deeply integrated our proprietary WMS system with the upstream MES system to achieve seamless data interconnection across the entire facility.
Automated Batch Mapping: Automated identification and binding of production batches upon raw material entry, switching the entire workflow to digital control from the source.
24/7 Smart Scheduling: Optimized intelligent scheduling algorithms to perfectly adapt to complex storage and retrieval movements for heavy-load materials in an ultra-high space.

Business Value Delivered

Vertical Storage Capacity Doubled: Without requiring new civil construction or external site expansion, the storage capacity doubled directly within the same footprint, maximizing vertical space utilization to strongly support lithium battery production ramp-up phases.
High-Efficiency 24/7 Operations: Heavy-duty stacker cranes achieved a peak single-machine efficiency of 211 pallets/hour, supporting uninterrupted automated material flows and substantially reducing manual dependence and operational errors.
End-to-End Quality Traceability: Achieved precise life-cycle batch data tracking for all raw materials, completely eliminating material mix-ups and fully satisfying the strict production control standards of the lithium battery industry.

Lithium Battery Raw Materials in Thailand
Explosion-Proof 4-Way Shuttle High-Density Storage Retrofit Project

Key Results
Space Efficiency Breakthrough: Storage Density Increased by 60%
Equipment Operations: Inbound & Outbound Throughput Up to 172 Pallets/Hour
Project Deployment: Rapid Implementation with Zero Civil Construction

Project Pain Points

The project warehouse footprint covers 2,100㎡ and is located in the 304 Industrial Park, Chonburi. The raw materials—including lithium-ion anode/cathode materials and electrolyte additives—are characterized by highly complex specifications and varieties. The original traditional racking system suffered from low space utilization and inefficient manual inventory counting. Furthermore, the chemical raw materials lacked standardized zoning for storage, which failed to meet explosion-proof control requirements and posed significant safety risks.

Core Solutions

Zero Civil Construction Retrofit: Leveraged the existing facility floor to implement a heavy-duty, explosion-proof 4-way shuttle high-density storage system without requiring new civil engineering.
Smart Cluster Scheduling: Deployed the proprietary "Tianshu" RMS (Fleet Management System) to achieve highly synchronized and intelligent scheduling of the shuttle fleet.
Zoned Sealed Storage: Enforced strict compartmentalization and sealed storage for different raw materials to prevent cross-contamination and environmental hazards.
Environmental Safety Control: Integrated an automated temperature and humidity monitoring system with proactive early-warning mechanisms, ensuring the entire warehouse complies fully with explosion-proof safety standards.

Business Value Delivered

Space Capacity Upgraded: Achieved a 60% increase in storage density per unit area. The brownfield retrofit was completed without disrupting ongoing manufacturing, delivering rapid capacity expansion to support the production ramp-up.
Operational Efficiency Boosted: Elevated warehouse throughput to 172 pallets/hour. The system enables automated, real-time inventory tracking, significantly minimizing reliance on manual labor and operational errors.
Dual Control on Safety & Loss: Eliminated critical storage hazards through the comprehensive explosion-proof architecture and temperature/humidity warnings, reducing raw material inventory shrinkage by 6% while meeting the stringent safety regulations of the lithium battery industry.

Finished EV Battery Products in Thailand
Multi-Scenario Flexible Intelligent AS/RS Project

Key Results
Operational Efficiency Breakthrough: Outbound Efficiency Increased by 68%
Labor Optimization: On-Site Labor Reduced by 65%
Quality Assurance: Finished Product Mis-shipping Issues Eliminated to Zero

Project Pain Points

The finished product warehouse covers an area of 2,600㎡ and is located in the Amata City Rayong Industrial Estate, Rayong. Single-pallet loads of finished EV battery products can weigh up to 1.2 tons, with significant geometric differences across different product models. Heavily affected by the production scheduling of downstream automotive OEMs, order volumes fluctuate drastically, leading to extreme polarization in warehouse capacity utilization between peak and off-peak seasons (high vacancy rates during low seasons vs. frequent capacity overloads during peak periods). Furthermore, manual full-pallet inbound and outbound operations suffered from low efficiency, high risks of mis-shipping, and stubbornly high labor costs.

Core Solutions

Hybrid Automation Architecture: Deployed the "Qingtian" ultra-high stacker crane system for high-density vertical storage of finished product pallets, paired with "Zhiyi" latent heavy-duty AGVs to handle last-mile transfers to the outbound loading docks.
OEM System Integration: Seamlessly connected the WMS system with the automotive OEM's SAP system to dynamically adjust equipment operational capacity based on real-time order data.
Scalable Design for Volatility: Pre-engineered dedicated extension slots for shuttle cars within the layout, allowing the system to scale up rapidly and handle incremental demand surges during peak production seasons.

Business Value Delivered

Fulfillment Efficiency Enhanced: Order outbound efficiency surged by 68%, while finished product mis-shippings were completely eliminated. This agility allows the system to perfectly synchronize with the fluctuating production rhythms of automotive OEMs, guaranteeing on-time delivery.
Flexible Capacity Regulation: Storage capacity can now be flexibly allocated according to production and sales cycles. The reserved expansion slots support rapid capacity scale-ups, solving the supply-demand imbalance between peak and off-peak seasons and eliminating space vacancy waste.
Labor Cost Reduction: On-site warehouse labor was reduced by 65%. Full-process automated operations have eliminated high-intensity manual handling, resulting in continuous optimization of operational overheads.

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