NiuBoL Wind-Suction Solar Insect Killer Lamp – Technology Analysis & Application Guide

 Intelligent Green Pest Control: NiuBoL Wind-Suction Solar Insect Killer Lamp – Technology Analysis & Application Guide

New Benchmark in Smart Agriculture: Definition and Advantages of Wind-Suction Solar Insect Killer Lamps 

In modern agriculture that pursues both high yield and environmental protection, traditional chemical pesticide control is facing declining efficiency, increasing pest resistance, pesticide residue exceedance, and ecological pollution. The NiuBoL wind-suction solar insect killer lamp provides a scientific, efficient, and green solution. 

 Definition: Perfect Integration of Physical Pest Control and Green Energy 

The wind-suction solar insect killer lamp is a physical pest control device fully compliant with China national standard GB/T 24689.2-2017 “Plant Protection Machinery – Insect Killer Lamps”. Powered by solar panels and exploiting insects’ phototaxis, it uses specific wavelengths to lure pests. Unlike traditional high-voltage grid killing, it employs a powerful spiral fan to generate negative-pressure airflow that instantly sucks insects into a collection chamber, where they are killed by rapid air-drying and dehydration.

 Core Advantages of NiuBoL Wind-Suction Solar Insect Killer Lamp 

 In-Depth Technical Analysis: Structure, Principle & Key Parameters 

 Structural Breakdown: Four Core Modules 

1. Support Component (Lamp Pole)  

   60 mm diameter, 2.0 mm wall thickness galvanized steel pipe, total height 3 m – strong wind resistance and stability. 

2. Insect Attraction Light Source System  

   Dual-spectrum LED tubes (365 nm + 395 nm), attraction wavelength range 320–680 nm (main peaks: 365 / 404 / 435 / 545 / 577 nm) – precisely matches insect visual sensitivity. 

3. Killing & Collection Components  

   - Killing: High-speed spiral negative-pressure fan, 20 W or 12 W / 12 V, up to 2200 rpm  

   - Collection: Plastic rotary or snap-fit insect collection box 

4. Power Supply & Control System  

   - Solar panel: Monocrystalline silicon, 40 WP, conversion efficiency ≥21%  

   - Battery: Dedicated solar LiFePO4 battery, 12 Ah / 12.8 V, with over-charge, over-discharge, and short-circuit protection  

   - Smart controller: Enables multiple intelligent control functions

 Operating Principle: Synergy of Light, Electricity, and Wind 

1. Energy storage: During the day, the monocrystalline panel converts sunlight into electricity stored in the LiFePO4 battery.  

2. Night attraction: At dusk, the light-control system automatically turns on the attraction lamps.  

3. Efficient killing: When pests approach, the high-speed fan activates, instantly sucking them into the collection chamber.  

4. Physical death: Insects die from rapid dehydration in the airflow.  

5. “1+1” Biological Protection Mode: The controller operates only during peak pest activity (typically first 6 hours of night). After that, lights turn off automatically when natural enemies become active, maximizing protection of beneficial insects. 

 Intelligent Control Functions 

 Installation & Maintenance Standards 

 Installation Guidelines

- Location: High pest incidence areas with dense crops and sufficient sunlight; avoid shading by tall plants.  

- Height: 3 m pole, installed vertically.  

- Solar panel orientation: Face south with 5–10° westward tilt (Northern Hemisphere).  

- Wiring: Strictly follow manual; re-plug the 4-core solar connector to ensure firm contact and correct polarity. 

 Routine Maintenance

- Regularly empty and clean the insect collection box.  

- Replace LED tubes after ~3000–6000 hours if attraction efficiency drops noticeably.  

- Annual battery terminal inspection for corrosion or swelling.

 Common Faults & Troubleshooting Guide 

Application Scenarios & Model Selection Recommendations 

 Applicable Scenarios

- Agriculture: Rice paddies, cotton fields, vegetable bases, orchards, tea plantations  

- Forestry: Forest parks, nurseries, shelterbelts  

- Special sites: Warehouses, fish ponds, livestock farms 

 Selection Tips

1. Coverage: Match lamp to farmland size (standard 50–60 mu).  

2. Fan power: Choose 20 W model for severe pest areas or large plots.  

3. Light wavelength: Confirm 365 nm + 395 nm effectively targets local dominant pests.  

4. Protection functions: Ensure reliable rain/temp control and IP65 rating in harsh climates.

 FAQ 

Q1: What are the advantages of wind-suction over grid-type lamps?  

A1: Safer (no high voltage), works on tiny insects, no short-circuit from piled bodies, continuous operation. 

Q2: How many mu can one lamp protect?  

A2: Typically 50–60 mu; increase density in severe or complex environments. 

Q3: Will it work during consecutive rainy days?  

A3: The 12 Ah LiFePO4 battery provides 2–3 nights of operation under continuous overcast conditions. 

Q4: How does it avoid killing beneficial insects?  

A4: Time-control operates only during peak pest hours (first ~6 hours of night). Lights turn off when natural enemies become active. 

Q5: LED tube lifespan and replacement timing?  

A5: Rated 6000 hours; replace when attraction noticeably drops after ~3000 hours. 

Q6: What IoT functions are available?  

A6: Remote monitoring of status, battery voltage, catch volume, and remote on/off and mode adjustment. 

Q7: Will the 2200 rpm fan drain the battery quickly?  

A7: Optimized controller keeps total power ≤30 W; 40 WP panel + 12 Ah battery easily supports 6-hour nightly operation. 

Q8: What does IP65 rating mean?  

A8: Fully dust-tight and protected against low-pressure water jets – safe in rain and wind. 

Q9: How to handle collected insects?  

A9: Already dried and dead – can be used directly as organic fertilizer. 

Q10: Why hibernate below 5 °C?  

A10: Low temperatures reduce LiFePO4 performance and lifespan; hibernation protects the battery and electronics. 

Q11: Certifications?  

A11: CE, ISO9001, RoHS, and nationally recognized meteorological calibration certificates.

 Conclusion: Ushering in a New Era of Green, Intelligent Agriculture 

With advanced solar technology, high-efficiency wind-suction killing, and multiple intelligent control systems, the NiuBoL wind-suction solar insect killer lamp successfully overcomes the shortcomings of traditional pesticides and ordinary grid lamps. It is not only an effective tool for pesticide reduction and efficiency improvement, but also a vital technological pillar driving China’s agriculture toward greening, intelligence, and sustainability. 

Choosing NiuBoL means choosing a more scientific, eco-friendly, and efficient agricultural production model.  

If you are looking for a highly effective and green pest control solution, the NiuBoL wind-suction solar insect killer lamp is your ideal choice!

Solar insecticidal lamps：

Frequency vibration solar insecticidal lamp User Manual.pdf

Wind-suction Solar Insect Trap Light User Manual.pdf