Integrated monitoring project of planting and breeding in a modern agricultural industrial park
Covering greenhouses, breeding buildings, storage cold storage and field roads, a video support system for fire prevention and theft prevention, production records and agricultural product quality traceability has been built.
Project Overview
Project basic information
project site
Real scene of project site
Project background
The industrial park integrates 3,200 acres of planting area and large-scale breeding buildings, and the products have export business needs. The park management hopes to solve three things at the same time: theft and disaster prevention, production records, and export traceability through video means.
Low-cost large-area coverage
- The planting area uses LoRa + wireless bridge hybrid backhaul with a small number of households to avoid long-distance excavation and wiring.
- Field sites without reliable mains power use a solar + lithium battery solution with 4 days of continuous rainy life.
- The breeding house adopts IP69K anti-corrosion sealed model, which can withstand daily high-pressure washing.
- Videos are archived in batches and together with IoT sensor data form a traceability chain.
Performance
After going online, agricultural material theft incidents dropped by about 90%. And it has become an important supporting material for the park to pass the traceability review of exported agricultural products.
Project difficulties
Issues that need to be addressed during project advancement
The park area is large and the points are scattered
The cost of traditional wired solutions is too high
The ammonia concentration in the breeding house is high and humid
The risk of equipment corrosion and seal failure is high
It is difficult to manually supervise farmland and firewood at night
Agricultural supplies are stolen from time to time
Agricultural product exports need to meet traceability requirements
key links need to have verifiable video evidence
solution
Technical and construction measures taken to address the above difficulties
Using LoRa + wireless bridge hybrid networking
Reduce the cost and construction difficulty of large-area wiring
The breeding house adopts anti-corrosion sealed camera
IP69K shield, which can withstand high-pressure washing and ammonia environment
Comprehensive intrusion management is adopted for perimeters and agricultural supplies warehouses
Intrusions at night are immediately driven away with sound and light and pushed to the person in charge
180-day archiving of key production link videos
Supports tracing back to the entire process of planting, harvesting, and warehousing by batch
Project results
Actual operating data after the system goes online
Main equipment list
This project mainly uses equipment (XLD is mainly self-developed)
- Wireless long-distance network gun — 168 units, planting areas and roads
- Anti-corrosion sealed hemisphere — 84 units, inside the breeding house
- Solar power supply components — 48 sets, no reliable mains power point
- LoRa gateway — 16 units, linked with IoT sensors
Related solutions
Other cases
More similar project implementation experience
