NiuBoL Frequency Vibration Solar Insect Killer Lamp: Integrated Pest Control Solution

NiuBoL Frequency Vibration Solar Insect Killer Lamp: Integrated Pest Control Solution to Improve Agricultural Project Efficiency

In modern agricultural projects, efficient pest control systems have become a key focus for system integrators and engineering contractors. The NiuBoL frequency vibration solar insect killer lamp, as a physical trapping and killing device, is specifically designed for large-scale agricultural applications. It supports IoT integration and remote monitoring functions. Powered by solar energy and utilizing frequency vibration control technology, this device provides reliable pest monitoring and control capabilities, suitable for orchards, vegetable bases, and forestry projects. The insect killer lamp can be seamlessly integrated into intelligent plant protection systems, helping project contractors reduce operating costs and enhance ecological sustainability.

Frequency Vibration Solar Insect Killer Lamp Product Overview and Core Technology

The NiuBoL frequency vibration solar insect killer lamp is an trapping and killing device specifically designed for professional agricultural engineering. Based on the phototaxis principle of pests, it attracts pests with specific wavelength light sources and kills them using a high-voltage grid. The device complies with the national standard GB/T 24689.2-2017 for plant protection machinery frequency vibration insect killer lamps, ensuring safety and reliability in high-voltage environments. As a manufacturer, NiuBoL focuses on providing modular components for system integrators and IoT solution providers, supporting customized integration to meet different project requirements.

The core of this insect killer lamp lies in its frequency vibration control technology, which generates a low-temperature plasma light source with a wavelength of 365±50nm. This light wave has strong phototactic, wave-tactic, and color-tactic characteristics for various pests. The device integrates solar panels and lithium battery storage systems to achieve all-weather autonomous power supply without the need for external power access. This not only simplifies on-site deployment but also reduces infrastructure investment in projects. The automatic controller supports light control, time control, and rain control functions to ensure stable operation of the device in complex environments. For example, when humidity exceeds 95% RH, the system automatically enters protection mode to avoid malfunctions in rainy conditions.

In the field of agricultural pest control, this device can effectively target 87 families and 1287 species of pests, including cotton bollworm, scarab beetle, cutworm, corn borer, fruit-piercing moth, etc., providing broad-spectrum trapping and killing capabilities. For project contractors, its key advantage lies in system compatibility: it supports RS-485 interface and wireless modules, facilitating integration with SCADA systems or cloud platforms for real-time data transmission and remote parameter adjustment. This makes the NiuBoL insect killer lamp not just a single device, but part of an entire intelligent agricultural ecosystem.

Detailed Technical Parameters of Frequency Vibration Solar Insect Killer Lamp

The main technical specifications of the NiuBoL frequency vibration solar insect killer lamp are as follows:

These parameters ensure the durability of the device in harsh agricultural environments, such as maintaining efficient operation in high-temperature or rainy areas. System integrators can adjust the grid spacing or light source wavelength according to project specifications to optimize control effects against specific pests.

Application Scenario Analysis of Frequency Vibration Solar Insect Killer Lamp

The NiuBoL frequency vibration solar insect killer lamp demonstrates significant application value in various agricultural projects, especially suitable for large-scale orchards and vegetable planting bases. In citrus planting projects, this device can effectively control common pests such as fruit-piercing moths, rust ticks, weevils, and leafminers. By deploying one lamp per 30 acres and operating continuously for 7 days during the fruit ripening period (usually from 11 PM until after harvest), the fruit damage rate can be reduced to 0.3%, with a control efficiency of over 91%. This not only reduces chemical pesticide applications by 3-4 times but also enhances the overall project sustainability.

In forestry and landscape greening projects, this insect killer lamp is suitable for controlling pine caterpillars and American white moths. Engineering companies can integrate it into intelligent monitoring networks. For example, when deployed in urban green belts, the device's light control and rain control functions ensure efficient nighttime trapping without interfering with daytime landscape maintenance.

For aquaculture and storage fields, this device provides auxiliary pest control support. In winery brewing warehouse projects, solar power supply avoids complex wiring, and the high-voltage grid can kill scarab beetles, beet armyworms, and other storage pests to maintain product quality. IoT solution providers can combine this lamp with sensor arrays to form a comprehensive environmental monitoring system, supporting data analysis to predict pest outbreak cycles.

In vegetable and tobacco planting projects, the NiuBoL insect killer lamp's broad-spectrum trapping capability covers corn borers and prodenia litura. By linking with spore capture instruments, project contractors can build green control systems to achieve early warning and precise intervention. This is particularly critical during the peak pest periods in May-June, helping to avoid crop losses and comply with environmental regulations.

Project Application Cases

In actual projects, the NiuBoL frequency vibration solar insect killer lamp has proven its value. An agricultural engineering company in South China deployed this device in a 500-acre citrus orchard project. Through IoT integration, the system transmits pest data in real time, reducing pesticide spraying frequency, and saving 15% in project costs. Control results showed a 95% adult leafminer trapping rate, significantly improving fruit quality to meet export standards.

Precautions

When deploying the NiuBoL frequency vibration solar insect killer lamp, please pay attention to the following engineering practices:

• Installation Location: Choose open areas to avoid trees blocking the solar panel. Lamp pole height 3 meters to ensure light source coverage of the target area.

• Environmental Assessment: Evaluate local pest spectra and adjust grid spacing and light source wavelength. For high-humidity areas, verify rain control sensor sensitivity.

• Maintenance Requirements: Regularly clean the insect collection box and grid, check battery capacity quarterly. Using arc-resistant coating materials can extend service life.

• Safety Compliance: When operating the high-voltage grid, comply with electrical safety regulations to avoid personnel contact. IP65 protection rating supports outdoor use, but lightning protection is required.

• Expansion Considerations: For multi-lamp deployment, consider control area of 30-50 acres per lamp; increase density in complex terrain areas.

• Regulatory Compliance: Ensure the device complies with national standards and avoid excessive use in protected areas that may affect beneficial insects.

These precautions help maximize device efficiency and ensure smooth project implementation.

FAQ

Q1: How to adjust the grid spacing of the insect killer lamp for specific pests?
The default grid spacing is 10mm and can be manually adjusted according to the body size of the target pest. It is recommended to consult NiuBoL technical support during the project planning stage to optimize the configuration.

Q2: How reliable is the power supply of this device in low-light areas?
The solar panel conversion efficiency is ≥21%. Combined with a 12Ah lithium battery, it can support continuous operation for 3-5 days in rainy weather.

Q3: What is the protection rating of the insect killer lamp, and can it be used in humid environments?
The IP65 rating ensures dust and water resistance. The rain control function automatically protects when humidity >95% RH, suitable for southern rainy agricultural projects.

Q4: Which pests is the device most effective against?
Broad-spectrum trapping of 87 families and 1287 species of pests, including cotton bollworm, fruit-piercing moth, and corn borer. The main wavelength of 365nm targets strongly phototactic nocturnal insects.

Q5: What is the maintenance cycle and cost?
Clean once every quarter, with low annual maintenance costs. Lithium battery life >5 years, reducing replacement frequency.

Q6: Does it support bulk purchase and customization?
Yes, as a manufacturer, NiuBoL supports bulk orders and provides wavelength customization services to match project requirements.

Summary

The NiuBoL frequency vibration solar insect killer lamp represents an integrated innovation in modern agricultural pest control. Through solar power supply, frequency vibration control technology, and IoT compatibility, it provides reliable solutions for system integrators, IoT suppliers, and engineering contractors. This device not only improves project efficiency and ecological sustainability but also proves its value in citrus, vegetables, and forestry through actual cases. In the agricultural transformation pursuing green development, choosing NiuBoL means investing in efficient and modular technical support, promoting the evolution of projects from passive control to intelligent prediction. Whether facing peak pest periods or complex terrain, this insect killer lamp ensures stable performance and scalability, providing a solid foundation for commercial procurement decisions.

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