Our Certifications
We stand at the highest standards
Our dedication to quality is reflected in our rigorous product certifications and testing procedures.
Our dedication to quality is reflected in our rigorous product certifications and testing procedures.
*Regarding irradiation and temperature sensors and calibrations.
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Our sensors include precision components that ensure measurement linearity, accuracy, and reproducibility [V.I.M. 3rd edition] at any specified temperature (-30°C to +88°C). Temperature variations within the cell are compensated by advanced circuits, and each cell is uniquely treated for long-term stability.
High-quality materials allow our sensors to pass IEC EN 61215 aging tests for photovoltaic modules. Thermopile pyranometers in our range measure solar irradiance across 300 – 2900nm, surpassing photovoltaic cells (330 – 1100nm) and are ideal for meteorological and global solar energy measurements. They comply with ISO 6090.
Since 2012, Soluzione Solare has produced the WINDMETER, a vane anemometer with Modbus RS485 output, offering reliability in high electromagnetic noise environments and over long distances. Our products emphasize measurement accuracy and cost-effectiveness. The WindMeter can be provided with a MEASNET calibration certificate upon request.
Our products comply with the IEC61724-1 standard, ensuring accurate and reliable performance monitoring for photovoltaic systems. This certification guarantees the highest quality and consistency in our solar solutions.
Complying with the IEC60904-2 standard, our products meet the stringent requirements for photovoltaic devices, providing precise and dependable measurements. This certification underlines our commitment to delivering superior solar energy solutions.
Our products are EMC certified, ensuring they meet international standards for electromagnetic compatibility. This certification confirms that our products operate effectively without causing or being affected by electromagnetic interference, ensuring safe and reliable performance.
Each sensor is individually calibrated against a primary sensor from the Dakks-accredited ISFH institute.
Calibration adheres to IEC 60904-4 standards (for photovoltaic sensors) and ISO 9847 standards (for thermopile sensors). These sensors, crucial for photovoltaic system performance, are built and tested according to IEC 60904 guidelines.
Designed for outdoor use, our sensors exhibit minimal drift due to meticulous production. Compliance and recommended calibration intervals keep them within calibration limits (UNI EN 30012).
We offer calibration services using a reference cell regularly calibrated by ISFH. Each calibration generates a report provided to the customer.
All calibration steps use DAKKS and ACCREDIA certified instruments, ensuring complete traceability for each product.
Calibration is carried out individually for each sensor, using a primary sensor calibrated by an accredited institute as reference.
Our solarimeter calibration certificates are issued by Dakks accredited institutes, ensuring precise and reliable calibration for all types of solarimeters. These certificates confirm the high accuracy and consistency of our solar measurement devices.
Our anemometer calibration certificates are provided by CDakks accredited institutes, guaranteeing the precise calibration of our anemometers. These certificates ensure that our wind measurement devices deliver accurate and dependable performance.
