IoT Pest Monitoring Lamp and Wind-Suction Solar Insect Killer Lamp: Supporting Green Pest Control

Strategic Significance of Pest and Disease Monitoring and Control in Modern Agriculture

In agricultural production, pest and disease control is a core link in ensuring crop yield and quality. With the global push for sustainable development, the action for zero growth in pesticide use has become an industry consensus. Traditional control methods often rely on empirical judgment, leading to excessive pesticide application, which increases costs and may cause environmental pollution and resistance issues. Modern plant protection strategies shift toward precise monitoring and green control, utilizing IoT technology and physical pest elimination methods to achieve early detection and early intervention.

NiuBoL's IoT pest monitoring lamp and wind-suction solar insect killer lamp are engineering-grade solutions designed for this demand. These devices support seamless integration into existing IoT platforms, connecting with meteorological and soil monitoring systems via 485/232 communication interfaces to form a comprehensive plant protection management system. Project contractors can use these tools to deploy distributed networks in large farms or forestry projects, improving pest and disease prediction accuracy and helping achieve pesticide reduction targets.

Precise Monitoring: The Core Role of Pest Monitoring Lamp

The pest monitoring lamp serves as the core equipment for pest and disease monitoring, providing real-time data support through photoelectric trapping and image recognition technology. NiuBoL's intelligent remote pest monitoring system adopts a stainless steel structure, complying with the national standard GB/T 24689.1-2009, ensuring durability in outdoor environments. The system integrates far-infrared processing, numerical control technology, and IoT modules to achieve automatic pest attraction, elimination, and data upload functions.

At the system integration level, the device reserves multiple interfaces to support docking with third-party platforms. Engineering companies can embed it into SCADA systems or cloud platforms for remote monitoring and data analysis. For example, in a typical agricultural project, integrators can fuse pest data with meteorological sensors and use AI algorithms to predict pest outbreak cycles, guiding precise application strategies. This not only reduces pesticide usage but also improves overall project efficiency.

Technical Parameter Overview of Intelligent Remote Pest Monitoring System

The following table summarizes the key technical parameters of NiuBoL's intelligent remote pest monitoring system for project planning and specification selection:

These parameters ensure the reliability of the equipment in harsh environments, suitable for large-scale project deployment.

Physical Pest Elimination: Engineering Application of Wind-Suction Solar Insect Killer Lamp

The wind-suction solar insect killer lamp uses light wave attraction and negative pressure fan technology to provide a non-toxic physical pest elimination solution. NiuBoL's product complies with GB/T 24689.2-2017 standard, powered by solar energy to reduce grid dependency, suitable for integrated projects in remote areas. The device uses a spiral fan to suck pests into the collector for air-drying and dehydration killing, particularly effective against small pests and improving elimination efficiency.

In integrated solutions, the lamp can link with the pest monitoring system to form a closed-loop control network. The IoT version supports remote control and data feedback, allowing project contractors to monitor elimination effects through the platform and adjust deployment density. For example, in forestry projects, integrators can connect multiple insect killer lamps to a central control system for group time control and fault alarms, enhancing system redundancy.

Technical Parameter Overview of Wind-Suction Solar Insect Killer Lamp

The technical parameters of NiuBoL wind-suction solar insect killer lamp are shown in the following table for engineering specification reference:

These specifications support modular integration, facilitating expansion into large-scale projects.

System Integration Solution: Compatibility and Scalability

NiuBoL plant protection equipment emphasizes an open architecture, supporting Modbus protocol and API interfaces for easy integration with industrial control systems. System integrators can use the reserved 485/232 ports to connect environmental sensors, forming a multi-modal data fusion platform. For example, in an IoT solution, image data from the pest monitoring lamp can be combined with soil moisture sensors, and real-time pest risk analysis can be performed through edge computing modules to generate alert pushes.

In terms of compatibility, these devices support Android tablet control and cloud platform access, ensuring seamless cross-device collaboration. When deploying, project contractors can adopt solar power mode to reduce installation costs and achieve zero on-site intervention maintenance through remote debugging functions. This makes NiuBoL solutions suitable for distributed farm networks or cross-border forestry projects.

Project Application Cases

In actual engineering, NiuBoL equipment has proven its value in multiple projects. For example, in a 5000-acre tea planting project, a system integrator deployed 30 IoT pest monitoring lamps and 200 wind-suction solar insect killer lamps. Through 4G network access to the central platform, real-time pest mapping and automatic elimination scheduling were achieved. Results showed a 25% reduction in pesticide usage, a 10% increase in crop yield, and compliance with local zero-growth pesticide policies.

Another case involves a forestry contractor integrating these devices in a 10,000-acre forest protection project. Using AI identification technology, the system automatically classifies pest types to guide biological control measures. During the project period, elimination efficiency increased by 30%, and maintenance costs decreased by 15%, demonstrating the equipment's adaptability in complex terrain.

Expanded Application Scenarios for IoT Pest Monitoring Lamp and Wind-Suction Solar Insect Killer Lamp

NiuBoL plant protection solutions are applicable to various engineering scenarios, including:

• Large Farm Integration: Deploy distributed pest monitoring networks in grain crop planting areas, supporting access to precision agriculture platforms and reducing blind application.

• Forestry Protection Projects: Target Lepidoptera pests, combined with Geographic Information Systems (GIS), to achieve regional early warning and elimination.

• Landscaping and Urban Greening: Use solar power mode in parks or urban green spaces, integrated into smart city IoT for low-maintenance control.

• Quarantine and Customs Applications: Support image upload and AI analysis for import/export plant quarantine projects to ensure biosecurity.

• Scientific Research and University Collaboration: Access laboratory data systems through open interfaces for pest prediction model development.

FAQ

Q1: How does the NiuBoL pest monitoring lamp integrate with existing IoT platforms?
The system reserves 485/232 interfaces and API, supports Modbus protocol, and can seamlessly connect to mainstream platforms such as AWS IoT or Alibaba Cloud. Data is synchronized in real time via 4G/Ethernet transmission.

Q2: How to adjust the control area of the wind-suction solar insect killer lamp?
The standard control area is 50-60 acres and can be optimized through time control mode based on pest density and terrain. Integrators can deploy in groups to improve coverage efficiency.

Q3: How does the equipment perform in rainy or low-temperature conditions?
Equipped with rain control (>95% RH protection) and temperature control (<5℃ sleep mode) functions to ensure stable operation. The insect-water separation mechanism prevents water accumulation effects.

Q4: Does it support remote maintenance and debugging?
Yes, wireless restart and remote debugging are achieved through PC-side commands, reducing on-site intervention and suitable for large-scale project management.

Q5: What is the accuracy of AI insect identification?
The platform integrates AI technology to automatically identify insect species, names, and quantities, with accuracy verified by CMA/CNAS exceeding 90%, and supports custom training.

Q6: How durable is the solar power system?
It uses lithium iron phosphate batteries and monocrystalline silicon panels with conversion efficiency ≥21%, capable of maintaining operation for 3-5 days during cloudy/rainy periods, meeting outdoor engineering standards.

Q7: Which national standards does the equipment comply with?
The pest monitoring lamp complies with GB/T 24689.1-2009, and the insect killer lamp complies with GB/T 24689.2-2017, ensuring compliance and reliability.

Q8: How to handle the data collected by the equipment?
Data is uploaded through the IoT platform, supporting export to Excel or databases for analysis and report generation, assisting project decision-making.

Summary: A Reliable Partner Toward Sustainable Plant Protection

NiuBoL's IoT pest monitoring lamp and wind-suction solar insect killer lamp provide professional-grade solutions to help system integrators and project contractors achieve the goal of zero growth in pesticide use. By emphasizing integration compatibility, remote management, and real-world project applications, these devices not only optimize pest and disease control efficiency but also promote the process of sustainable agricultural development. Choosing NiuBoL means choosing a reliable engineering partner to jointly build a green plant protection ecosystem.

Solar insecticidal lamps：

Frequency vibration solar insecticidal lamp User Manual.pdf

Wind-suction Solar Insect Trap Light User Manual.pdf

Intelligent Remote Insect Monitoring and Reporting System(Insect Monitoring Device) Data Sheet

Intelligent Remote Insect Monitoring and Reporting System(Insect Monitoring Device) Data Sheet.pdf