• Description
• Features
• Technical Features
• Downloads
• FAQ
• Inquiry

Technical Description

TheMETEO-2000 SunTracker System constitutes the most advanced technical solution to measure all components of Solar Radiation:

Direct Normal Irradiance (DNI)

Global Horizontal Irradiance (GHI)

Diffuse Horizontal Irradiance (DHI)

Global Normal Irradiance (GNI)

Global Tilted Irradiance (TGI)

Direct Normal Spectral Irradiance (DNSI)*

Apart from the classic solar sensors as the Pyranometers and Pyrheliometers, the SEMS System admits the connection of additional sensors for the measurement of other meteorological parameters or of another nature such as:

Air temperature

Relative humidity

Wind speed and direction

Atmospheric pressure

Precipitation

Albedo

Dirt Index of the solar panels (soiling), etc.

The values of all these parameters are stored in the Datalogger of the SEMS System and are transmitted to a Data Reception Center or SCADA via GPRS / 3G / 4G links, Radio, Fiber optics, etc. or through satellite data transmission networks, with global coverage.

Features

●  Very high precision: 0.1° on both axes (passive tracking) Better than 0.01° (active tracking with optional sun sensor).

●  Integrated GPS receiver.

●  Remote Positioning control

●  Communications via datalogger / controller

●  Fully automatic.

●  Stand-alone operation

●  Optimized power consumption of 2.8 watts

●  Automatic diagnosis of possible inconsistencies in the irradiance measurements, which avoids the recording of incorrect and therefore useless data.

• What solar radiation components can METEO-2000 measure?

  • It captures ​all critical parameters in one system: • Direct (DNI), Global (GHI), Diffuse (DHI) Irradiance • Tilted (TGI) & Spectral Radiation (DNSI)* → Unique spectral analysis for panel efficiency gains

• Can this integrate non-radiation sensors with SCADA?

  • ​Yes – unified industrial-grade telemetry: ✓ ​​+20 parameters: Wind, rain, soiling, temp/humidity ✓ ​Any SCADA integration: 4G/GPRS/fiber/satellite ✓ ​Global coverage: Remote deserts to offshore sites