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  • Photovoltaics Plants Double Glasses PV Monitoring Detector Total Solar Irradiance Sensor
  • Photovoltaics Plants Double Glasses PV Monitoring Detector Total Solar Irradiance Sensor
  • Photovoltaics Plants Double Glasses PV Monitoring Detector Total Solar Irradiance Sensor
  • Photovoltaics Plants Double Glasses PV Monitoring Detector Total Solar Irradiance Sensor
  • Photovoltaics Plants Double Glasses PV Monitoring Detector Total Solar Irradiance Sensor
  • Photovoltaics Plants Double Glasses PV Monitoring Detector Total Solar Irradiance Sensor
Photovoltaics Plants Double Glasses PV Monitoring Detector Total Solar Irradiance Sensor
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Photovoltaics Plants Double Glasses PV Monitoring Detector Total Solar Irradiance Sensor

  • 1 - 9 Pieces
    $249.97
  • 10 - 49 Pieces
    $244.97
  • >= 50 Pieces
    $237.50

Customization:

Customized logo(Min.Order: 20 pieces)
Customized packaging(Min.Order: 100 pieces)
Graphic customization(Min.Order: 100 pieces)

Photovoltaics Plants Double Glasses PV Monitoring Detector Total Solar Irradiance Sensor

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Solar Irradiance Measurement: Accurately measures total solar irradiance (TIS) with ±2% precision to monitor photovoltaic (PV) plant performance and optimize energy output.
  • Environmental Adaptation: Designed to withstand outdoor conditions, providing real-time data for solar resource assessment and system efficiency analysis.

Key features

  • 1. Durable Material Construction for Versatile Installation

  • With lightweight plastic and glass materials, install the sensor effortlessly in any location while maintaining a sleek, modern aesthetic. The compact design ensures easy integration into both indoor and outdoor environments.

  • 2. Adjustable Legs for Optimal Positioning

  • With three adjustable legs and knobs, achieve precise placement for stable operation and optimal signal coverage, even on uneven surfaces.

  • 3. High-Accuracy Solar Irradiance Measurement

  • With ±2% accuracy, monitor solar irradiance reliably to optimize photovoltaic plant performance and ensure precise energy output tracking.

  • 4. Compact Design for Diverse Applications

  • With a compact, conical shape and wireless networking capabilities, deploy the sensor in solar farms, rooftops, or commercial facilities for seamless integration into any PV system.

  • 5. EPR Germany Compliance for Environmental Responsibility

  • With EPR_Germany_Packing certification, meet stringent environmental standards, ensuring sustainable and responsible disposal practices.

Product details

Photovoltaics Plants Double Glasses PV Monitoring Detector Total Solar Irradiance Sensor

The BGT PV Monitoring Detector Total Solar Irradiance Sensor is a sleek, compact device designed for precise solar irradiance measurement in photovoltaic plants. Its modern conical design with a transparent dome and adjustable legs ensures versatility in installation and optimal signal coverage. Certified to EPR standards in Germany, it combines durability with ease of use for reliable solar energy monitoring.

Technical specifications

FeatureSpecificationBenefit
Accuracy±2%Ensures precise solar irradiance measurements for efficient plant optimization.
MaterialWhite plastic with glass domeLightweight, weather-resistant, and aesthetically blends into modern environments.
Adjustable Legs3 legs with fine-tuning knobsEnables stable positioning on uneven surfaces for optimal sensor alignment.
CertificationEPR_Germany_PackingMeets stringent German environmental and packaging standards for global compliance.
DesignCompact, conical shapeSpace-saving and ideal for indoor/outdoor installations.

Customization guide

Adjustable leg parameters allow users to fine-tune sensor angle and height to meet specific site requirements, such as uneven terrain or high-precision positioning needs.

Get inspired

With its ±2% accuracy and EPR certification, the BGT sensor ensures reliable solar energy monitoring in diverse environments. Its minimalist design and adjustable legs make it easy to install in residential, commercial, or industrial photovoltaic systems.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Accuracy±2%±1.5%±1%
Signal Range0–1500 W/m²0–2000 W/m²0–2500 W/m²
CertificationsEPR_GermanyEPR + RoHSEPR + RoHS + IP67
Durability5-year warranty7-year warranty10-year warranty

Supplier's note

  1. Technical Breakthroughs:

    • Precision: The Pro Model’s ±1% accuracy exceeds industry standards, enabling ultra-precise energy yield calculations.
    • Durability: IP67 certification (Pro) ensures resistance to dust and water, ideal for harsh outdoor conditions.
    • Adjustability: All models feature adjustable legs, optimizing sensor placement for uneven terrain or rooftop installations.
  2. Version Selection Guide:

    • Base Model: Suitable for small-scale residential PV systems requiring basic monitoring.
    • Advanced Model: Recommended for commercial farms needing broader irradiance measurement (up to 2000 W/m²) and RoHS compliance.
    • Pro Model: Best for industrial-scale plants in extreme environments, offering triple the durability and IP67 protection.

With the Pro Model’s IP67 rating, you can deploy sensors in coastal or industrial zones with confidence. The Advanced Model’s expanded signal range (20% wider than Base) ensures accurate readings in large solar farms. Choose the Base Model for cost-effective residential setups.

Frequently asked questions

  • Which BGT PV Monitoring Detector model is best suited for small photovoltaic plants?

  • How do I clean the transparent dome of the BGT Solar Irradiance Sensor?

  • Is the BGT PV Sensor EPR-certified for use in Germany?

  • What makes the BGT Sensor’s ±2% accuracy critical for photovoltaic plants?

  • Can the adjustable legs of the BGT Detector be customized for uneven surfaces?

  • Why is the white plastic material used for the BGT PV Sensor’s body?

  • Does the BGT Sensor support customization for specific photovoltaic applications?

  • In which environments is the BGT PV Monitoring Detector most effective?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Total Solar Irradiance Sensor (BGT PV)PV plant efficiency monitoring, energy yield analysisAccuracy: ±2% (ISO 9059) ▲
Certification: EPR-compliant (Germany)
High precision for accurate energy predictions
Complies with strict German standards
Requires regular calibration
Potentially higher cost than basic sensors
PyranometerAgriculture, general solar researchAccuracy: ±3% (ISO 9060)
Durability: IP65-rated
Widely adopted, cost-effective for broad applicationsLower precision than specialized sensors
Needs shading for direct sunlight
PyrheliometerDirect solar irradiance researchAccuracy: ±1% (ISO 9847)
Collimation: Required for direct beams
Highest precision for direct sunlight measurementsExpensive, bulky, requires precise alignment
Spectral SensorSolar spectrum analysis (R&D)Wavelength Range: 200–2500 nm (ISO 9059)
Resolution: 1 nm
Detailed spectral data for advanced analysisHigh cost, complex data interpretation
Weather StationEnvironmental monitoring (agriculture)Parameters: Irradiance (±5%), temp, humidity
Certification: CE
Multi-parameter monitoring at an affordable priceLower irradiance accuracy
Less specialized for PV plants
Infrared ThermometerSolar panel surface temperature checksAccuracy: ±2°C (IEC 60872)
Non-Contact: True
Quick, contactless temperature readingsDoesn’t measure irradiance
Limited to surface temperature

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