Multiway RCS

Introduction

Multiway Robot Control System can simultaneously support the collaborative operation of hundreds of vehicles of different models in the same area. It can quickly plan the optimal routes and achieve the overall optimal navigation route planning, thereby completing tasks in the shortest possible time and ensuring the highest operational efficiency

Value

Integrate unmanned forklift/four-way shuttle/AMR into same control system

Map Environment Construction

Optimal Path Planning

Intelligent Traffic Control Scheduling

Equipment monitoring and management

Vehicle dispatch nearby

Intelligent Task Arrangment

Functions

Dynamic Monitoring

Task Management

Vehicle Management

Report Statistics

Traffic Control

Equipment Management

System Configuration

Dynamic Monitoring

Web-based system information access and remote monitoring are available
Real-time display of operational maps (Support 3D digital twin)
Real-time display of vehicle tasks, location, status, battery level, etc.
Real-time display of task list information
Real-time display of tasks, systems, vehicle abnormalities
Query task and vehicle information
Support for configuring parameters in the backstage
Different users or user groups can set operation privileges

Dynamic Monitoring

Task Management

Monitor task execution status in real time
Create tasks to assign vehicles to transport goods to a target point
Create recurring tasks
Manually cancel and complete tasks in the management task status

Task Management

Vehicle Management

Monitor vehicle operating status in real time
Configure vehicle information
Configure simulation vehicles to simulate the operation of real vehicles
View vehicle route details and traffic control

Vehicle Management

Report Statistics

Record running track, traffic control time, failure rate, etc.
Record running tasks and automatically generate task logs
Data analysis (efficiency, mileage, utilization, etc.), support for graphs and data export
Report system failures, generate events, and query logs

Report Statistics

Traffic Control

Optimize routes for traffic control in real time
Adjust the vehicle running profile to reduce traffic pipes and avoid collisions.
According to the robot meeting/following status, task priority, adjust the traffic control issuing mechanism.
According to road conditions, adjust and dynamically avoid
Traffic control handling of multiple cars on different floors calling the same elevator at the same time
Vehicle-road collaboration is available

Traffic Control

Equipment Management

Self-check the communication status of robot components in real time
onitor multiple robot batteries for low battery warning and recharging
Monitor robot position, obstacle avoidance, motion and other information
Remote one-touch parking is available
Remote OTA upgrade without manual intervention

Equipment Management

System Configuration

Map configuration: map upload, map activation
Vehicle configuration: model information configuration
Station configuration: charging point, standby point, storage point, etc
Event configuration: configure notification, interaction events with wcs
Charging configuration: configure automatic vehicle charging strategy
Standby point configuration: configure the vehicle to automatically return to the designated standby point

System Configuration

Self-developed System

All-in-one delivery

Self-developed System

All-in-one delivery

Introduction

Value

Functions

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