LPPYRA-LiteAC Pyranometer: for Small-Scale PV Monitoring:
The LPPYRA-Lite is a top-of-the-line Spectrally Flat Pyranometer that meets the standards set by ISO 9060:2018. It is designed to measure the irradiance on a flat surface (W/m²) and is especially useful for small-scale PV monitoring and ordinary efficiency control of PV systems. This pyranometer is small, light, and compact, making it easy to transport and set up in various locations.
The LPPYRA-Lite uses a thermopile sensor that grants accurate, reliable and precise measurements according to the reference standard. This ensures that you are getting the most dependable and precise data possible. The thermopile sensor is a state-of-the-art technology that guarantees high precision and reliability, making it an ideal tool for professionals in the field.
The LPPYRA-Lite is available in 2 versions in order to meet installation requirements. The LPPYRA-Lite passive version is perfect for direct tilted installation, while the LPPYRA-LiteAC active version comes with 2-wire (current loop) 4…20 mA output. The active version allows easy connection with any analog or digital measuring system, giving users more options for data output.
It is easy to set up and install, and an adapter is available to ease the mounting process. The LPPYRA-Lite also features an optional fixing base that integrates a leveling device, making it easy to ensure that the pyranometer is level, even on uneven surfaces. This feature, combined with its small size, makes it the perfect solution for small-scale PV monitoring and efficiency control of PV systems.
In case of horizontal positioning, an optional fixing base integrating a leveling device is also available. This makes it easy to ensure that the pyranometer is level, even on uneven surfaces. This feature, combined with its small size, makes it the perfect solution for small-scale PV monitoring and efficiency control of PV systems.
Application and features of LPPYRA-LiteAC Pyranometer:
Application |
Features |
|---|---|
| ✅ Scientific meteorological ✅ Climate observations ✅ Small PV power plant monitoring ✅ General solar radiation measurements |
✅ Small, simple and cost-effective ✅ According to the standard ✅ Compact and streamlined design ✅ Easy to set up and quick to install ✅ Output according to your needs |
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