Portable and Lightweight Design: Compact handheld total irradiance meter for convenient outdoor and field use.
No Separate Handheld Logger Required: Works directly with a smartphone app, eliminating the need for a traditional handheld instrument.
Fast Response for Efficient Field Measurement: Response time is less than 7 seconds for quick on-site readings.
Wide Spectral Range: Covers 285 to 2800 nm, suitable for total solar radiation monitoring.
Class A Measurement Performance: Built for high-accuracy solar irradiance measurement applications.
Smartphone App Data Display: Real-time irradiance readings are displayed directly on the mobile interface.
Large Data Storage Capacity: Data can be stored on the phone for long-term record keeping.
One Click Data Export: Supports fast data sharing and export without connecting to a PC.
Location Based Data Association: Measurement records can be linked with location information for easier analysis.
Convenient for Multi-Industry Use: Suitable for solar energy, meteorology, environmental projects, R&D, agriculture, transportation and marine applications.
JW-TBQ-2LH(LC22) Handheld Total Irradiance Meter is a portable solar radiation measurement device designed for fast and accurate field monitoring. By connecting directly to a smartphone app, it combines sensor measurement, data logging, location tagging and one-click export in one compact solution. It is ideal for solar energy, meteorological observation, environmental monitoring, agricultural ecology, marine applications and scientific research.
2. Product Overview
JW-TBQ-2LH(LC22) Handheld Total Irradiance Meter is a compact and easy-to-use solar radiation sensor designed for field measurement of total irradiance. Unlike traditional portable instruments that require a separate handheld data logger, this innovative design connects directly to a smartphone, allowing users to read, store, export and analyze data through a dedicated mobile app.
With its portable structure, fast response, broad spectral range and app-based operation, this irradiance meter delivers a more efficient measurement experience for professionals working in solar energy, meteorological observation, environmental monitoring, satellite-related research, agricultural ecology, transportation and marine environments.
The smartphone-based system also offers practical advantages such as long-term data storage, fast data export, location-linked records and convenient data sharing. This makes the product especially suitable for field engineers, researchers and technicians who need reliable irradiance data without carrying bulky traditional instruments.
Parameter
Specification
Product Type
Handheld Total Irradiance Meter
Model NO.
JW-TBQ-2LH(LC22)
Spectral Range
285 to 2800 nm
Sensitivity
7 to 14 μV per Wm²
Response Time
Less than 7 seconds
Internal Resistance
10 to 30 Ω
Operating Temperature
-40°C to 80°C
Directional Response
Less than 20 Wm²
Annual Stability
Less than 1%
Data Display
Smartphone App
Data Storage
Mobile Device Storage
Data Export
One Click Export
Position Information
Supported via App
Operation Method
Sensor connected directly to smartphone
3. Application Scenarios
Solar Energy Field:Solar resource assessment, PV site survey, panel performance evaluation and solar radiation monitoring.
Meteorological Observation:Surface solar radiation observation and climate-related field studies.
Environmental Monitoring: Outdoor radiation measurement and environmental data collection.
Satellite Technology: Ground-based irradiance reference measurement for research and validation.
Agricultural Ecology: Light environment monitoring for crops, greenhouses and ecological research.
Scientific Research and Development: Universities, laboratories and field research projects.
Communication Network Industry: Site environmental testing and supporting field operations.
Transportation Industry: Roadside environmental testing and mobile observation projects.
Maritime Domain: Radiation and environmental observation in coastal and marine applications.
FAQ
Q
1. What does a handheld total irradiance meter measure?
A
A handheld total irradiance meter measures total solar irradiance or total incoming radiation in field environments. It is commonly used for solar energy studies, meteorological observation and environmental monitoring.
Q
2. How is this product different from a traditional portable irradiance meter?
A
Traditional portable irradiance meters usually require a separate handheld terminal or recorder. This product connects directly to a smartphone app, making the system lighter, easier to carry and more convenient for data storage and export.
Q
3. What is the spectral range of this handheld irradiance meter?
A
The spectral range is 285 to 2800 nm, making it suitable for total solar radiation measurement in a wide range of outdoor applications.
Q
4. Can JW-IoT provide this handheld total irradiance meter for OEM projects?
A
Yes. JW-IoT can support OEM and project-based cooperation for handheld total irradiance meter solutions, depending on technical and quantity requirements.
Q
5. Is this product suitable for solar energy field testing?
A
Yes. It is suitable for solar resource assessment, photovoltaic site testing, solar radiation measurement and related outdoor monitoring tasks.
Q
6. Can data be exported without a computer?
A
Yes. The system supports one-click data export through the smartphone app, allowing users to share and manage data more efficiently without relying on desktop software.
Q
7. Does JW-IoT support app-based irradiance monitoring solutions?
A
Yes. JW-IoT can support customers who need app-based irradiance monitoring products for field measurement, solar applications and customized project integration.
Q
8. What industries can use this handheld total irradiance meter?
A
It can be used in solar energy, meteorological observation, environmental monitoring, satellite research, agricultural ecology, transportation, communication projects, marine applications and scientific R&D.
Q
9. Is the handheld total irradiance meter easy to carry?
A
Yes. Its portable structure and smartphone-based operation make it much easier to carry than traditional sensor plus handheld-terminal combinations.
Q
10. Can JW-IoT help with bulk orders or private label services?
A
Yes. JW-IoT can discuss bulk supply, private label cooperation and customized service options based on your market and project needs.
Q
11. Does the app support location-linked measurement records?
A
Yes. The screenshots indicate that measurement data can be associated with positioning information, which helps users organize and analyze field data more efficiently.
Q
12. Why choose a mobile app irradiance meter instead of a traditional handheld unit?
A
A mobile app irradiance meter offers easier data viewing, larger storage capacity, faster export and simpler field operation while reducing the need for extra hardware.
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