Class A Photovoltaic Monitoring System IEC 61724-1

Applications

PV utility scale plant

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Product Overview

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Intelligent solutions for photovoltaic park management

The system solution for photovoltaic monitoring was developed in cooperation with Phoenix Contact.
Phoenix Contact, based in Germany, is the global market leader in end-to-end solar park management solutions.

Your benefits:

Maximum accuracy: All sensors meet the requirements of IEC 61724-1 for Class A systems (highest precision)
Rapid deployment: Easy connection with M12 circular connectors; quick configuration with plug and play
High flexibility: Custom configuration of weather station sensors based on your needs

Meteorological data from your own weather station

The Phoenix Contact weather data acquisition system can be implemented as an independent system or part of a seamless park management solution. With the power and reliability of LAMBRECHT meteo's Modbus sensor portfolio, Phoenix Contact can offer compact weather stations customized to individual needs. LAMBRECHT's sensors can be integrated directly into the Phoenix control system, providing total compliance for Class A monitoring under IEC 61724-1. The preconfigured sensors are immediately available to transmit weather data. This makes it a perfect system for PV utility scale plants.

Weather stations from Phoenix Contact and LAMBRECHT meteo provide 24/7 insights into the efficiency of your photovoltaic system.

(Photo credits/Copyright: ©Phoenix Contact)

Data sheet
Accessories

Professional Line

Class A Photovoltaic Monitoring System IEC 61724-1

Id-No.:

Weather Data Acquisition for Solar Park Management

THP[pro] Modbus Temperature-Humidity-Pressure Sensor

The sensor THP[pro] Modbus is a combined measuring instrument for measuring relative humidity, air temperature and air pressure. The sensor is characterised by high accuracy and energy-saving electronics. The Modbus RTU interface simplifies
sensor installation and integration into networks.

Combined measuring instrument for high-quality use
Capacitive humidity measuring element
Low maintenance
Signal output: RS 485 • Modbus
For use in all climatic zones
Suitable sensor shelter type 8141.6 (recommended option)

sun[e] Modbus PYRANOMETER

The sun[e] Modbus oﬀ ers the highest accuracy and highest data availability: using new ventilation and heating technology, the sun[e] Modbus outperforms all pyranometers equipped with traditional ventilation systems. sun[e] Modbus is the ideal instrument for use in PV system performance monitoring and meteorological networks. It measures the solar radiation received by a plane surface, in W/m², from a 180° ﬁeld of view angle.

Heated for best data availability
New technology outperforms traditional pyranometer ventilation
Compliant in its standard conﬁguration with the requirements for Class A PV monitoring systems of the IEC 61724-1:2017

rain[e]one Modbus Weighing precipitation sensor

Latest weighing technology combined with a self-emptying collecting system allows the rain[e]one Modbus a high resolution and high precision at a very small construction volume. Already the first drop will be measured!

The weighing precipitation sensor is preconfigured for easy integration into your Modbus RTU system. This simplifies the installation work enormously.

Amazing resolution and accuracy
Compact and robust construction with a very low weight
All-metal housing, weatherproof and durable
Installation and maintenance are very simple

INDUSTRY Modbus Wind speed sensor

This wind pair is of a special nature and very economical in acquisition. Furthermore, these sensors impress with high accuracy, simplest mounting methods and ultimately robust, seawater-proof materials. The Modbus RTU interface simplifies sensor installation and integration into networks.

Precision, tradition and future reliability
Large operative measuring and temperature range
Simplest mast mounting
Very good starting values through magnetic, contactless measuring principle

INDUSTRY Modbus Wind direction sensor

The INDUSTRY Modbus wind sensor pair is very economical to purchase. Furthermore, these sensors impress with high accuracy, simplest mounting methods and ultimately robust, seawater-proof materials. The Modbus RTU interface simplifies sensor installation and integration into networks.

Precision, tradition and future reliability
Large operative measuring and temperature range
Simplest mast mounting
Very good starting values through magnetic, contactless measuring principle