Pyranometers & Solar Irradiance Sensors
At Sourayan Technologies, we offer Pyranometers and accessories from trusted global brands like Kipp & Zonen, Hukseflux, and EKO Instruments. These high-quality, IEC-compliant sensors are essential for precise solar irradiance monitoring and are seamlessly integrated into our solar Weather monitoring and data logging solutions to ensure accurate performance tracking of photovoltaic systems.
Whether you’re working on a utility-scale solar project, research facility, or bifacial PV installation, our team provides the right sensor solution for your specific monitoring requirements.
At Sourayan Technologies, we offer Pyranometers and accessories from trusted global brands like Kipp & Zonen, Hukseflux, and EKO Instruments. These high-quality, IEC-compliant sensors are essential for precise solar irradiance monitoring and are seamlessly integrated into our solar Weather monitoring and data logging solutions to ensure accurate performance tracking of photovoltaic systems.
Whether you’re working on a utility-scale solar project, research facility, or bifacial PV installation, our team provides the right sensor solution for your specific monitoring requirements.
Types of Irradiance Parameters We Support
We supply and integrate a full range of Pyranometers to monitor the following parameters in line with IEC 61724-1 standards
Global Horizontal Irradiance (GHI)
Measures the total solar radiation (direct and diffuse) received on a horizontal surface.
Essential for establishing the baseline solar resource in any PV project.
Plane of Array Irradiance (POA)
Mounted at the same tilt and orientation as the PV modules, this sensor measures the actual irradiance received by the array.
Crucial for accurate performance ratio (PR) evaluation.
Diffuse Horizontal Irradiance (DHI)
Measured using a shaded pyranometer with a shading ring or solar tracker. Helps isolate the diffuse component of solar radiation for advanced analysis.
Direct Normal Irradiance (DNI)
Measured with a pyrheliometer on a two-axis solar tracker. Captures direct beam sunlight, often used in resource assessments and CSP applications.
Albedo (Reflected Irradiance)
Measured using a downward-facing pyranometer. Determines the reflected radiation from the ground, particularly important for bifacial PV systems.
Pyranometer Classes and Standards
Pyranometers are classified according to the ISO 9060:2018 and IEC 61724-1 standards into the following categories
| Class | Description |
|---|---|
| Class A (High Precision) | Secondary Standard Pyranometers with the highest accuracy and stability. Recommended for utility-scale and research-grade installations. |
| Class B (Standard) | Suitable for general monitoring applications. Offers a balance between cost and performance. |
| Class C (Basic) | Designed for commercial and rooftop PV systems where basic monitoring suffices. |
The selection of the pyranometer class depends on the monitoring classification of the project—Class A, B, or C systems as defined by IEC 61724-1.
Why Choose Sourayan Technologies
- Expert integration of pyranometers with data logging systems
- Trusted provider of globally recognized brands: Kipp & Zonen, Hukseflux, and EKO Instruments
- Full compliance with IEC 61724-1 monitoring classifications (Class A, B, and C)
- Turnkey solutions including sensors, loggers, mounting hardware, and remote access
- Calibration, alignment, and maintenance support for long-term performance