Hongpeng Derui’s RCS intelligent robot scheduling system serves as the core dispatching brain of smart logistics, leveraging AI algorithms to enable intelligent task allocation, dynamic path planning, and coordinated traffic management across diverse robotic fleets, including AGVs, four-way shuttles, and stacker cranes. Seamlessly integrated with WMS, WCS, and MES systems, it supports end-to-end unmanned material handling for raw materials, semi-finished goods, and finished products, while adapting to four-way shuttle‑based automated storage systems, stacker crane‑based automated warehouses, and flexible production‑logistics environments. This solution helps factories achieve an intelligent, flexible, and highly efficient upgrade of their warehousing and logistics operations.

RCS Robot Scheduling System In smart factories and intelligent logistics, the entity specifically responsible for… Mobile robot clusters, including AGVs, AMRs, four-way shuttles, and stackers The core software platform for unified dispatching, task allocation, route planning, and traffic control is Production logistics transfer system, automated storage and retrieval system (AS/RS) The “dispatching brain.”

II. Positioning in Factories and Warehouses (and Its Relationship with WMS/WCS)

• WMS : Manages inventory, orders, and storage locations (upper-level business functions)
• WCS : Manage equipment processes, conveyor lines, and machine interfaces (mid-level coordination)
• RCS ： Robot/AGV Fleet Only (Lower-layer execution scheduling) Typical link: WMS → WCS → RCS → AGV / Robots → Goods Movement

III. Core Features (One-Sentence Summary)

1. Task Scheduling : Receive inbound/outbound and transfer tasks, and automatically assign them to the optimal robot.
2. Path planning : AI calculates the shortest / optimal path, Obstacle avoidance, collision prevention, and congestion mitigation 。
3. Traffic control : Multi-vehicle coordination, intersection prioritization, deadlock avoidance—entire plant‑wide “traffic lights.”
4. Equipment Monitoring : Real-time monitoring of location, battery level, status, fault alerts, and remote maintenance.
5. Automatic charging : Automatically recharges when battery is low, ensuring uninterrupted tasks.
6. System Integration Seamless integration with WMS, WCS, MES, and ERP systems, with open APIs.
7. Cluster Scheduling : Support A mixed lineup of multiple brands and models (AGV / Four-way shuttle / Stacker).

IV. Application Scenarios in Your Project

1) Four-way automated storage and retrieval system

RCS Scheduling Four-way shuttle car : Cross-aisle, cross-level, high-density storage; automatic level and aisle switching; enabling flexible, dense warehousing.

2) Automated Storage and Retrieval System with Stacker Cranes

RCS Scheduling Aisle stacker : Precise positioning, high-speed retrieval, and multi-aisle coordination ensure efficient inbound and outbound handling of full-palletized finished goods and raw materials.

3) Production Logistics Transfer System

RCS Scheduling AGV/AMR : Raw materials → Internal mixing → Extrusion → Vulcanization → Finished‑goods storage—entire process features unmanned material handling and consistent cycle times.

V. Core Advantages (From the Factory’s Perspective)

• High flexibility : The production route can be adjusted at any time, supporting multi‑category, multi‑batch, and small‑batch manufacturing.
• High efficiency : Multi-vehicle parallel operation, AI scheduling, 24-hour continuous operation 。
• High reliability : Automatic failover and redundant scheduling ensure no impact on overall operations.
• Reduce costs : Reduce manual handling, minimize damage from impacts, and improve space utilization.
• Digitalization : Full‑process traceability and data analytics support lean manufacturing.