Insect Pest Forecasting Lamp: A New Tools for Agricultural Pest Control

NiuBoL Insect Pest Forecasting Lamp & Solar Insect Killer Lamp: Core Equipment for Agricultural Pest Monitoring and Green Prevention 

 Product Definition

The insect pest forecasting lamp is an intelligent agricultural device that uses the phototaxis principle of insects to attract, trap, monitor, and upload pest data in real time. It is widely used in agricultural plant protection stations, scientific research institutions, and modern farms. 

The solar insect killer lamp focuses on physical pest elimination, using specific light wavelengths to attract insects and high-voltage electric grids to kill them instantly, significantly reducing field pest density. It is a key component of green agricultural pest control systems. 

When combined, they form a complete “monitoring → early warning → control” chain, providing data support and safety assurance for agricultural production.

Insect Pest Forecasting Lamp Working Principle 

1. Phototaxis Attraction Principle  

   Insects exhibit strong phototaxis in the wavelength range of 320–680 nm. The forecasting lamp uses targeted light sources to stimulate insect approach. 

2. High-Voltage Electric Shock Killing  

   High-voltage grid ≥5000V instantly electrocutes insects upon contact, with lamp body design preventing arcing for enhanced safety and stability. 

3. Intelligent Control (Light / Time / Rain / Temperature Control)  

   - Light control: Automatically turns on at night, off during the day  

   - Rain control: Stops during rain to protect equipment  

   - Time control: Programmable working hours at night  

   - Temperature control: Stops below 5°C, resumes above 5°C 

4. Data Monitoring & Upload (Forecasting Lamp Only)  

   Sensors detect trapped insects and transmit data in real-time to cloud platforms for pest trend prediction and decision support.

 Structure and Technical Specifications of NiuBoL Insect Pest Forecasting Lamp 

1. Insect Attraction Light Source  

   Power: 15W | Wavelength: 320–680 nm  

   Effective against: planthoppers, noctuids, diamondback moth, hawk moths, leaf miners, etc. 

2. Solar Power System (Killer Lamp)  

   40W monocrystalline silicon solar panel  

   ≥12Ah lithium battery  

   Service life: over 10 years 

3. High-Voltage Electric Grid  

   Voltage ≥5000V | Insulation resistance ≥2.5MΩ  

   Smooth, corrosion-resistant structure, excellent outdoor durability 

4. Intelligent Control Module  

   Includes light/rain/time/temperature control, overcharge/over-discharge/overcurrent protection 

5. Insect Collection Device  

   Easy to clean regularly, maintaining long-term trapping and killing efficiency

 Measurement and Monitoring Methods (Forecasting Lamp) 

1. Light-induced trapping  

2. Insect count via sensor or photo recognition  

3. Real-time cloud data transmission  

4. Trend analysis for peak occurrence and migration patterns  

5. Automated control recommendation generation 

 Installation Standards for Insect Pest Forecasting Lamp 

To ensure trapping range and data accuracy:

1. Install away from strong light sources (street lights, greenhouse supplemental lights)  

2. Mounting height: ~2.7 meters above ground  

3. Keep surrounding area open, avoid obstructions  

4. Avoid locations near fish ponds or livestock sheds (high humidity)  

5. Orient solar panels south-facing (in Northern Hemisphere) for maximum sunlight 

 Installation Steps 

1. Build foundation: Pour 400×400×500mm concrete base with embedded steel rebar  

2. Fix the lamp body after concrete cures  

3. Adjust solar panel orientation (north-south)  

4. Test light/rain control functions  

5. Routine maintenance: Clean grid, insect box, solar panel; check battery health

 Common Faults and Troubleshooting 

 Application Scenarios 

- Field crops: corn, wheat, rice, cotton, rapeseed  

- Cash crops: tea plantations, orchards, vineyards, goji berry farms  

- Vegetable bases: greenhouses, organic farming zones  

- Research institutions: agricultural academies, plant protection stations  

- Smart agriculture projects: IoT demonstration zones, baseline pest monitoring stations  

- Rural revitalization projects: green prevention subsidies, pesticide reduction demonstration zones  

- Large farms and cooperatives  

- Migratory pest monitoring points (e.g., rice planthoppers, fall armyworm) 

 Smart Agriculture Integration

Links with IoT platforms for “real-time pest data + automatic warning + control suggestions”. Can integrate with plant protection drones for precise spraying. 

 Product Selection Guide 

 Product Comparison: NiuBoL vs. Common Market Products 

  Comparison with Chemical Pesticide Control 

 FAQ 

1. What’s the difference between a forecasting lamp and a killer lamp?  

   Forecasting lamp: monitors, counts, and uploads data; Killer lamp: focuses on physical elimination. 

2. What is the coverage radius of one killer lamp?  

   Generally 40–60 meters, varies by crop and terrain. 

3. Can it charge on cloudy/rainy days?  

   Yes, 40W panel still charges under diffuse light (reduced efficiency). 

4. Does low winter temperature affect operation?  

   Stops automatically below 5°C, resumes when temperature rises; no damage. 

5. Will rain wash away insects and affect data?  

   Internal structure minimizes rainwater interference. 

6. Is the high-voltage grid dangerous to humans?  

   Safe under normal use with protective isolation; avoid direct contact. 

7. How often to replace the light tube?  

   Every 1–2 years depending on trapping volume. 

8. Does it require wiring?  

   No, fully solar-powered. 

9. Can it connect to agricultural IoT platforms?  

   Yes, NiuBoL forecasting lamps support RS485/wireless/cloud integration. 

10. Is maintenance frequent?  

    Once per week is sufficient; increase during peak seasons. 

11. Can it run 24 hours?  

    Not recommended — insects are most active at night. 

12. Why stop during rain?  

    Prevents arcing due to high humidity and extends equipment life. 

13. What certifications does NiuBoL hold?  

    CE, ISO9001, RoHS, and calibration certificates.

 Summary

NiuBoL insect pest forecasting lamps and solar insect killer lamps, with precise monitoring, efficient trapping, intelligent control, and long-life solar power as core advantages, provide mature, field-proven solutions for green agricultural pest control. Whether for scientific monitoring, green prevention demonstration zones, or large-scale farming, these devices significantly reduce pest risk, minimize pesticide use, and improve crop yield and quality.

Solar insecticidal lamps：

Frequency vibration solar insecticidal lamp User Manual.pdf

Wind-suction Solar Insect Trap Light User Manual.pdf