Modbus Compatibility
Compatible with various Modbus TCP/RTU/ASCII protocols for IIoT legacy device integration.
Applications
Smart Greenhouse
Traditional environmental monitoring is gradually evolving into "Smart Sensing Hubs," shifting from simple offline measurement instruments to interconnected automated systems that provide diverse environmental data and real-time experiences.
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Accelerating Digital Adoption
Driven by extreme weather, the integration of IoT and AI in remote monitoring is rapidly increasing to meet the demand for 24/7 automated early warnings and remote site management.
Solution Features
IIoT Telemetry
Collect valuable data from remote sensors and devices for processing, analysis, and monitoring.
Secure VPN Protection
Protect sensitive data transmission via secure VPN tunnels to prevent unauthorized network access.
IT/OT Integration
Converge business and production functions for access to real-time actionable data and analytics.
Industrial-Grade Durability
Corrosion-resistant zinc-plated steel casing and robust design ensure reliable operation in harsh environments.
Cloud Management
Conveniently manage devices and the network from anywhere via the D-ECS management platform.
Smart Greenhouse
Application Background(Target: IoT Sensor with RS-485)
Deployment: Smart Greenhouse
Scenario: The target IoT sensor with RS-485 is deployed in challenging environments. The scenario involves continuously extracting environmental metrics via the Modbus protocol over an RS-485 interface to maintain 24/7 surveillance and trigger immediate alerts.
- Isolated Locations: Laying traditional wired networks across expansive agricultural fields, remote rural areas, or distributed farm sites is logistically impractical and financially unviable.
Solution Needed: A ruggedized, wireless telemetry solution capable of autonomous operation and centralized remote management in off-grid, harsh agricultural environments.
Solution Benefits
- Continuous Operation － WAN Failover: Auto-switches to backup networks (Dual-SIM) for zero data downtime.
－ Predictive Maintenance: Proactive health monitoring via MQTT to prevent hardware failures.
－ 24/7 Resilience: Always-on connection for seamless, automated environmental control.
- Agile Cellular Connectivity Leveraging robust 4G LTE/5G networks eliminates the dependency on wired infrastructure. It establishes a secure, high-speed tunnel for streaming real-time sensor telemetry, which is absolutely vital for immediate climate control adjustments and preventing crop loss.
- Remote Maintenance Utilizing centralized remote management platforms (D-ECS) alongside SMS-triggered commands, administrators can diagnose, reboot, or configure gateways remotely. This eliminates the need to dispatch technicians to widespread or hard-to-reach greenhouse sites, drastically cutting operational expenses.
Smart Greenhouse network diagram
