QJ13 Series Micro-Meteorological Online Monitoring Device Power Weather Warning Function

Dongguan Lvguang QJ13 Series Micro-Meteorological Monitoring System, as a professional environmental monitoring device, is widely used in fields such as meteorological observation, environmental monitoring, agricultural meteorology, and traffic meteorology. Its core function lies in real-time and precise monitoring of various meteorological elements, providing a scientific basis for decision-making across different industries. However, in practical applications, how to select the appropriate combination of meteorological elements based on specific needs has become a focal point for users. This article will focus on the functional characteristics of the QJ13 Series, combine different application scenarios, discuss in detail the selection of meteorological elements, and provide practical configuration suggestions.

Dongguan Lvguang [QJ13 Model] Micro-Meteorological Monitoring System is a highly intelligent IoT-integrated device developed by Dongguan Lvguang New Energy Technology Co., Ltd., featuring mid-to-high-end technological standards in the industry.

Product Features

High Precision and High Reliability: Sensors achieve high-precision measurements with strong reliability, meeting international technological standards and filling domestic gaps.

IoT-Integrated Intelligent Design: Integrated IoT module supports remote data communication and real-time monitoring, facilitating intelligent management.

Compact Size and High Integration: Small size, easy installation, and flexible deployment on various facilities without complex operations.

Maintenance-Free and Strong Anti-Interference: Designed without moving parts (e.g., ultrasonic technology), avoiding wear and tear, adaptable to harsh environments like rain, snow, and strong winds, with no need for on-site calibration.

Low Power Consumption and Stable Operation: Low power consumption, supports solar or grid power, ensuring 24/7 continuous operation, high protection rating (e.g., IP67), and corrosion-resistant materials extend service life.

Application Areas

Meteorological Monitoring and Forecasting: Provides accurate data for weather stations, supporting weather forecasting and climate research.

Smart Environmental Protection and Urban Management: Monitors urban air quality and micro-climate changes, assisting in pollution control and urban planning.

Agricultural Optimization: Real-time monitoring of farmland temperature, humidity, light, and other parameters to optimize irrigation and planting strategies, improving crop yield.

Smart Grid and New Energy: Applied in the power industry, supporting grid dispatch and meteorological data needs for renewable energy generation.

Water Conservancy and Disaster Warning: Integrated into hydrological monitoring systems, providing data for early warnings of floods, typhoons, and other disasters.


Dongguan Lvguang QJ13 Series Micro-Meteorological Monitoring System
I. Core Functions and Advantages of the QJ13 Series Micro-Meteorological Monitoring System

The QJ13 Series employs high-precision sensors and modular design, monitoring meteorological elements including but not limited to: temperature, humidity, wind speed, wind direction, atmospheric pressure, precipitation, light intensity, UV index, and carbon dioxide concentration. Its advantages are mainly reflected in three aspects:

1. High Precision and Stability: Sensors feature industrial-grade design with strong anti-interference capabilities, adjustable data acquisition frequency, suitable for long-term field monitoring.

2. Flexible Configuration: Supports users to freely combine monitoring elements based on needs. For example, agricultural users may focus on light and soil parameters, while the transportation sector requires emphasis on visibility and road conditions.

3. Intelligent Management: Equipped with remote data transmission functionality, supports cloud storage and analysis, allowing real-time data viewing via mobile or computer, and generating trend reports.

II. Key Factors Influencing the Selection of Meteorological Elements

When selecting monitoring elements, the following factors must be considered comprehensively:

1. Application Scenario: Different industries have significantly varying needs for meteorological data. For example:

- Agricultural Meteorology: Requires focus on temperature, humidity, light, precipitation, and soil moisture to guide irrigation and pest control.

- Traffic Meteorology: Requires monitoring visibility, road surface temperature, wind speed and direction, and precipitation type (e.g., rain or snow) to warn of road icing or crosswind risks.

- Environmental Monitoring: Requires combining pollutant data to analyze the impact of meteorological conditions on dispersion.

2. Geographical Environment: Coastal areas need enhanced monitoring of wind speed and salt spray corrosion, while high-altitude areas require attention to UV and pressure changes.

3. Cost and Maintenance: More elements mean higher equipment procurement and maintenance costs, necessitating a balance between needs and budget.


Dongguan Lvguang QJ13 Series Micro-Meteorological Monitoring System
III. Recommended Configuration Plans for Typical Scenarios

1. Smart Agriculture Applications

- Core Elements: Air temperature and humidity, light intensity, soil temperature and humidity, precipitation, wind speed.

- Expansion Suggestions: Add leaf wetness sensors for precise assessment of crop disease risks.

- Case Reference: An orchard optimized the timing of shade net usage by monitoring light and soil data, reducing sunscald losses by 20%.

2. Highway Weather Stations

- Core Elements: Visibility, road surface temperature, wind speed and direction, precipitation type (requires rain/snow sensors).

- Expansion Suggestions: Integrate cameras for image-assisted verification to improve weather warning accuracy.

- Data Integration: Interface with traffic management department platforms to issue real-time speed limit or road closure recommendations.

3. Urban Environmental Monitoring Points

- Core Elements: Temperature, humidity, wind speed, atmospheric pressure.

- Expansion Suggestions: Add noise sensors to comprehensively assess urban living comfort.

IV. Customized Solutions for Special Needs

For research or industrial scenarios, monitoring unconventional elements may be necessary, such as:

- Photovoltaic Power Stations: Require additional monitoring of total solar radiation and UV radiation to assess power generation efficiency.

- Wind Farm Site Selection: Require high-frequency wind speed monitoring (e.g., once per second), combined with topographic data for modeling analysis.

In such cases, it is recommended to communicate with Lvguang's technical team for customized sensor arrays and data algorithms.

V. Common Issues and Optimization Suggestions

1. Sensor Interference: Avoid placing temperature and humidity sensors directly in strong sunlight; install radiation shields.

2. Data Drift: Regular calibration (recommended every six months), especially for precipitation sensors susceptible to dust.

3. Expandability Reserve: Choose a host with redundant interfaces for easy addition of monitoring elements later.

Conclusion

The flexibility and reliability of the Dongguan Lvguang QJ13 Series make it a preferred device in the field of micro-meteorological monitoring. Users should start from actual needs, scientifically select element combinations, and focus on device maintenance and data application. In the future, with the development of IoT technology, meteorological monitoring will further integrate with AI analysis, providing smarter decision-making support for industries.