Intelligent Frequency Vibration Solar Insect Killer Lamp: Integrated Solution for Smart Tea Gardens and Green Agricultural Pest Control

NiuBoL Intelligent Frequency Vibration Solar Insect Killer Lamp: Integrated Solution for Smart Tea Gardens and Green Agricultural Pest Control

In the context of global advocacy for sustainable agriculture and green food supply chains, the quality and safety of high-value economic crops such as tea have become core indicators for industry regulation and market access. Traditional chemical pesticide control methods are gradually being replaced by green control systems centered on physical and biological control due to issues such as excessive residues, environmental pollution, and pest resistance.

As a professional plant protection equipment manufacturer, NiuBoL is committed to providing highly reliable frequency vibration solar insect killer lamp solutions for system integrators and agricultural engineering contractors. The device integrates advanced trapping light source technology, high-voltage pulse grid, and intelligent control modules, aiming to assist in building modern, low-carbon smart tea garden ecosystems through source-level governance at the production end.

Core Technical Principles and Design Logic of Intelligent Frequency Vibration Solar Insect Killer Lamp

The NiuBoL frequency vibration solar insect killer lamp is based on the principles of insect phototaxis, wavetaxis, and taxis, using specific wavelength light sources to generate low-temperature plasma to attract pests toward the light source.

• Spectral Trapping: Adopts 320nm–680nm wide-spectrum trapping light source (main wavelength 365±50nm), precisely covering the visual sensitivity range of 87 families and 1287 common agricultural pests.

• Physical Killing: High-voltage stainless steel grid (instantaneous voltage ≥4000V) is configured around the trapping light source to instantly electrocute pests upon physical contact.

• Intelligent Management: Integrates photosensitive sensors, rain sensors, and time control modules to ensure automated, low-power operation in various climatic environments.

Key Technical Parameter Specifications of Intelligent Frequency Vibration Solar Insect Killer Lamp

For project contractors and system integrators, the industrial-grade stability and parameter consistency of the equipment are key to ensuring engineering delivery quality. The following are the detailed technical specifications of the NiuBoL frequency vibration solar insect killer lamp:

1. Energy and Power System

2. Trapping and Killing System

3. Mechanical Structure and Environmental Adaptability

Intelligent Control Modes and System Compatibility of Intelligent Frequency Vibration Solar Insect Killer Lamp

To meet the integration needs of smart agriculture IoT (Ag-IoT), NiuBoL insect killer lamps have been deeply optimized in control logic:

• Light Control Logic: Automatically monitors ambient illuminance. Starts automatically at 2Lx–20Lx and stops at 30Lx–200Lx for precise energy management.

• Rain Control Protection: Equipped with high-sensitivity humidity sensor. When ambient humidity exceeds 95% RH, the device enters self-protection mode and automatically resumes after drying to avoid accidental short circuits in the high-voltage grid.

• Time Control and Temperature Control: Supports time period settings based on pest biological clocks and allows low-temperature protection thresholds to be set via WeChat mini-program/management platform to prevent damage to core components in extreme climates.

Typical Application Scenarios and Integration Solutions for Intelligent Frequency Vibration Solar Insect Killer Lamp

1. Smart Tea Garden Green Control Projects
In southern tea-producing areas, deploying NiuBoL insect killer lamps at a density of 30–50 acres per unit can effectively control tea green leafhoppers, tea geometrids, and various scarabs. Combined with IoT monitoring stations, the solution enables real-time upload of equipment operating status, building an integrated "attraction, control, monitoring" green production foundation and significantly improving tea export pesticide residue compliance rates.

2. Ecological Orchards and Vegetable Bases
For migratory pests such as cotton bollworms, cutworms, and corn borers, the physical trapping and killing of the insect killer lamp can effectively disrupt pest reproduction cycles. System integrators can connect the insect killer lamp to smart farming management systems to form a closed-loop plant protection workflow.

3. Forestry Plant Protection and Urban Greening
For forestry pests such as American white moths and longhorn beetles, NiuBoL's 3-meter high-strength lamp pole structure adapts to complex forest terrain, reducing damage to biodiversity from chemical spraying.

Engineering Installation and Maintenance Precautions for Frequency Vibration Solar Insect Killer Lamp

• Point Layout: In large-scale integration projects, scientific placement should be based on terrain (slope, obstructions) and the flight radius of main pests. It is recommended to use a plum blossom pattern to ensure no blind spots in the control area.

• Installation Base: The 3-meter lamp pole requires a stable concrete embedded base to prevent tilting or toppling in strong winds or adverse weather.

• Grid Cleaning: After long-term operation, residual insect bodies on the high-voltage grid may affect conductivity. Maintenance teams should regularly clean with a brush (must be done with power off).

Supply Chain and Production Delivery Capabilities

• Winter Storage: In northern high-cold regions, if pests are inactive in winter, it is recommended to perform charge-discharge maintenance on batteries or disassemble and store the lamp head indoors.

• Capacity Assurance: NiuBoL features modern production lines with monthly capacity data and rapid supply capabilities for large government projects.

• Quality Control System: Certified under ISO9001 quality management system. Each device undergoes high-voltage breakdown testing, aging testing, and waterproof simulation testing before leaving the factory.

• Core Component Independence: Emphasizes self-developed controllers and trapping light sources to ensure long-term spare parts supply without third-party discontinuation risks.

• High Customization: Provides adjustable height lamp pole solutions for different crop heights (e.g., low tea bushes vs. tall fruit trees) to ensure the trapping light source is at the optimal active layer for pest flight.

Full Lifecycle Cost Analysis of the Project

• Labor Costs: Traditional pesticide control requires high-frequency manual spraying, while NiuBoL insect killer lamps enable unattended operation with only periodic cleaning of insect collection boxes.

• Pesticide Reduction: Data shows that when used in conjunction with insect killer lamps, tea gardens/orchards can reduce chemical pesticide usage by 30%–60%, directly lowering production costs and increasing tea premium value.

• Equipment Lifespan: Emphasizes the durability of lithium iron phosphate batteries and galvanized anti-corrosion lamp poles, with a designed service life of 5–8 years, resulting in extremely low annual maintenance costs when amortized.

FAQ

Q1: Does the NiuBoL insect killer lamp comply with relevant national industry standards?
Yes, our products fully comply with GB/T 24689.2-2017 "Plant Protection Machinery - Frequency Vibration Insect Killer Lamps" national standard and possess relevant quality inspection reports and safety marks.

Q2: What are the advantages of lithium iron phosphate batteries compared to traditional lead-acid batteries?
Lithium iron phosphate batteries offer higher energy density, longer cycle life (typically over 2000 cycles), and a wider operating temperature range. They perform more safely and stably in high-temperature environments and meet green environmental requirements.

Q3: Can the device's light source be customized for specific target pests?
Yes. While we offer standard 320nm–680nm wide-spectrum LED light sources, we provide custom narrow-band wavelength tube services for specific research projects or single-pest outbreak scenarios.

Q4: Does NiuBoL insect killer lamp support OEM/ODM customization?
Yes. We provide silkscreen logo branding, shell color customization, and in-depth control logic development for large projects to assist partners in meeting specific tender requirements.

Q5: How does the rain control function perform during continuous rainy weather?

When humidity continuously exceeds 95% RH, the device remains in standby to protect the high-voltage system. Equipped with large-capacity monocrystalline silicon panels and lithium batteries, the system can support normal operation for 3–5 consecutive rainy days when fully charged (depending on specific light compensation).

Q6: Is the high-voltage grid dangerous to surrounding personnel or beneficial insects?
The grid design complies with national safety standards, with short-circuit current strictly controlled below 10mA, posing no lethal threat to humans. By adjusting grid spacing (default 10mm), the risk of accidental contact by large beneficial insects can be effectively reduced.

Q7: How does the system protect the battery during extreme continuous rainy weather (more than 7 days)?
The system features intelligent power management algorithms. When battery voltage falls below the safe threshold, the controller automatically enters forced sleep mode, stopping high-voltage output and lighting while maintaining basic sensor monitoring to prevent irreversible damage from over-discharge.

Q8: What is the effective radiation radius of the insect killer lamp?
The effective trapping radius of a single lamp is typically 80–120 meters. In actual engineering, considering crop height and terrain, it is recommended to deploy one unit per 30–50 acres for optimal control results.

Q9: How is the anti-corrosion performance of the equipment in coastal or high-salt fog environments (such as coastal tea areas)?
NiuBoL uses 2.0mm thick galvanized steel pipes with electrostatic spray coating on the surface, offering excellent salt fog corrosion resistance. Electrical components are IP65 sealed, and circuit boards are coated with three-proof paint (moisture-proof, salt fog-proof, mold-proof).

Conclusion

The NiuBoL frequency vibration solar insect killer lamp is not just a single hardware product but an important infrastructure in modern smart agriculture green control systems. Through high-standard industrial design and intelligent control logic, we provide plant protection solutions that combine economic and social benefits for system integrators and engineering clients.

If you are preparing a tea garden green control project or smart agriculture IoT bidding, welcome to contact the NiuBoL technical team. We can provide you with detailed bills of materials (BOM), project cost estimates, and system integration solution recommendations.

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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