NiuBoL Frequency Vibration Solar Insect Killer Lamp: System Integration and Engineering Application Guide

Industrial-Grade Green Control: NiuBoL Frequency Vibration Solar Insect Killer Lamp System Integration and Engineering Application Guide

In the critical stage of modern agriculture's "pesticide reduction and efficiency enhancement," system integrators have shifted their selection of terminal execution equipment from simple "functional satisfaction" to a comprehensive consideration of "system reliability" and "long-term operation and maintenance costs" when building smart farm solutions. The frequency vibration solar insect killer lamp developed by NiuBoL is designed based on industrial-grade standards, aiming to provide high-redundancy, highly compatible physical control core units for global agricultural projects.

I. Architecture and Control Logic of Frequency Vibration Solar Insect Killer Lamp

The NiuBoL insect killer lamp is not a simple lighting tool but a closed-loop system integrating photovoltaic energy storage, environmental sensing, high-voltage pulse, and logic control.

1. Frequency Vibration Control

Based on insects' phototaxis, wavetaxis, and taxis, NiuBoL adopts a specific wavelength light source of 365±50nm. Through frequency vibration technology, the device generates light waves of specific frequencies to attract pests. The external high-voltage grid produces low-temperature plasma through instantaneous discharge to kill or stun the pests.

2. Intelligent Four-Control Strategy

To achieve unattended and energy-saving operation, the NiuBoL system integrates multi-dimensional sensors:

• Light Control Logic: Automatically turns on at 2LX-20LX and turns off at 30LX-200LX, ensuring operation only in low-light conditions when pests are active.

• Rain Control Logic: When humidity exceeds 95% RH, the system enters self-protection sleep mode to avoid ineffective discharge or damage to the high-voltage grid on rainy days.

• Time Control Logic: Supports segmented setting of working hours to precisely cover the flight peak periods of target pests (such as moth species).

II. Core Technical Parameters of Frequency Vibration Solar Insect Killer Lamp

For large-scale project procurement, the following parameter standards can be directly referenced in tender technical specifications:

III. Typical Integrated Application Scenario Analysis of Frequency Vibration Solar Insect Killer Lamp

1. Modern "Rice-Fish/Shrimp/Crab" Symbiotic Projects

In system integration, the insect killer lamp serves not only as a control tool but also as a biomass conversion station.

Integration Key Points: Deploy the insect killer lamp on field ridges and above water surfaces. Fallen pests directly enter the water, providing natural bait with over 60% protein content for shrimp and crabs.

Engineering Value: Establishes a virtuous ecological cycle, reducing pesticide spraying by 3-5 times per acre and increasing the premium value of aquatic products.

2. Standardized Tea Gardens and Organic Orchards

Tea gardens have near-zero tolerance for pesticide residues.

Integration Key Points: Combined with NiuBoL weather monitoring stations (wind speed, direction, temperature, humidity) to analyze pest migration patterns.

Engineering Value: Replaces chemical control with physical trapping, helping project owners obtain green/organic food certification and increase land output value.

3. IoT Remote Management System

For large-scale planting bases, manual inspection costs are extremely high.

Integration Key Points: NiuBoL devices support access to control systems via standardized interfaces.

Remote Functions: Integrators can achieve remote on/off, working status monitoring, fault alarms, and real-time battery level feedback.

IV. Construction and Maintenance Precautions for Frequency Vibration Solar Insect Killer Lamp

• Potential Balance and Lightning Protection: In thunderstorm-prone areas, the lamp pole base should be properly grounded to ensure the safety of the high-voltage grid during extreme surges.

• Installation Height and Spacing: Recommended height from ground to lamp bottom is 1.5-1.8 meters (depending on crop height). Spacing suggestion: 120 meters for field crops, 100 meters for orchards, arranged in a checkerboard pattern.

• Insect Cleaning Cycle: To prevent short circuits caused by insect corpses sticking to the high-voltage grid, it is recommended to perform dry brushing cleaning once a week by maintenance personnel during peak periods.

FAQ: Core Q&A for Engineering Procurement

Q1: How does the NiuBoL insect killer lamp perform in winter or extreme low temperatures?
A: The device has built-in temperature control. Lithium iron phosphate batteries perform better than ordinary lead-acid batteries in low temperatures. Integrators can set low-temperature protection thresholds via settings to prevent battery charging damage in extreme cold conditions.

Q2: How to verify the insect control coverage range of the device?
A: Coverage is affected by light intensity and terrain. In field environments, the effective radius of a single lamp is approximately 80-100 meters. We recommend integrators use a 1.5x safety margin for grid layout during project design.

Q3: Compared to cheap insect killer lamps on the market, what is the core barrier of NiuBoL?
A: The core lies in reliability. We use 304 stainless steel grids and 2.0mm thick galvanized poles, with batteries integrated inside the lamp head for anti-theft and waterproofing. Cheap products typically use ordinary steel and externally hung lead-acid batteries, which suffer grid corrosion and battery failure within 1-2 years.

Q4: Does the device have protective measures for beneficial insects (such as bees and butterflies)?
A: Most pests (such as moths and scarabs) are nocturnal, while beneficial insects like bees are mostly diurnal. Through light control and time control functions, daytime active periods can be avoided to maximize protection of beneficial insects.

Q5: Can the solar panel power be customized according to project needs?
A: Standard configuration is 40WP, sufficient for 3-5 consecutive cloudy/rainy days. For projects in high-latitude or extremely cloudy areas, NiuBoL supports customized upgrades of photovoltaic modules.

Q6: Does the system have anti-theft design?
A: Yes. The battery pack is embedded inside the lamp head, secured with special bolts, and the lamp pole base can be fitted with reinforced anti-pry locks to enhance asset security in outdoor environments.

Q7: Will the arc generated by the high-voltage grid cause a fire?
A: The device uses instantaneous pulse discharge without sustained open flame. The insulators have undergone strict high-voltage resistance tests and comply with mandatory safety standards for agricultural plant protection machinery.

Summary

The NiuBoL frequency vibration solar insect killer lamp, driven by "physical control + intelligent drive," provides a practical green control foundation for modern agriculture. It not only addresses the side effects of traditional pesticides but also, through its industrial-grade structural design and system compatibility, offers system integrators highly cost-effective, high-delivery-quality project solutions.

Choosing NiuBoL means selecting a long-term partner that withstands the test of time and aligns with the evolution of smart agriculture.

Project Procurement Consultation:
For detailed "NiuBoL Insect Killer Lamp Engineering Deployment Plan" and "Bulk Purchase Agreement," please contact our project support center. We look forward to collaborating with system integrators to create new benchmarks in green agriculture.

Solar insecticidal lamps：

Frequency vibration solar insecticidal lamp User Manual.pdf

Wind-suction Solar Insect Trap Light User Manual.pdf