Photovoltaic Integrated Monitoring Device

Product Overview

        The Photovoltaic Integrated Monitoring Device is an intelligent monitoring and control device meticulously designed for photovoltaic power plants. It can comprehensively and accurately monitor the operation data of various devices within the photovoltaic power plant, and achieve efficient data transmission, centralized management, and intelligent analysis, providing a solid guarantee for the stable and efficient operation of the photovoltaic power plant. At the same time, it can help users reduce operation and maintenance costs and create more economic benefits.

Application Scenarios

        It is applicable to photovoltaic power plants of various scales:

        1.ground-mounted photovoltaic power plants

        2.distributed photovoltaic power plants

        3.rooftop photovoltaic power plants

        4.the centralized management of large-scale centralized power plants

        5.the decentralized monitoring of small-scale distributed power plants

        our photovoltaic integrated monitoring device can provide reliable solutions, helping photovoltaic power plants achieve efficient and intelligent operation management.

Core Functions

        Comprehensive Data Monitoring: It can conduct real-time monitoring of data from key devices such as photovoltaic inverters, weather stations, feeder protection devices, and electricity meters. By accurately obtaining the operating parameters of these devices, such as the current, voltage, and power of the inverter; the light intensity, temperature, and wind speed of the weather station; and the total voltage, current, and power of the electricity meter, it provides rich and accurate data support for the operation management of the power plant.

        Real-time Data Upload: It supports multiple data transmission methods such as RS485 and Ethernet, and can quickly and stably upload the monitored data to the gateway. This flexible data transmission method can adapt to different power plant environments and network conditions, ensuring that the data is timely and accurately gathered to the gateway software platform.

        Intelligent Data Analysis: The gateway software platform can centrally display the data of each device in the photovoltaic power plant, presenting it in the form of intuitive charts and reports, which is convenient for operators to grasp the operation status of the power plant in real-time. At the same time, the software platform also has powerful data analysis functions. It can collect and analyze data, providing a decision-making basis for the optimized operation of the power plant.

        Remote Device Control: It has the feeder protection control function. Through RS485, it can set the protection setting values for the SEL protection device, realizing functions such as the opening, closing, and protection tripping of the circuit breaker. The gateway can receive control commands from the host computer and perform power control on the inverter. By remotely adjusting the output power of the inverter, flexible adjustment of the power generation power of the photovoltaic power plant can be achieved to meet different power consumption demands and grid connection requirements.

Product Advantages

        High Compatibility: It can be compatible with various brands and models of photovoltaic inverters, weather stations, feeder protection devices, electricity meters, etc., facilitating users to conduct system integration and upgrade in different power plant scenarios.

        Strong Stability: Adopting industrial-grade design standards, it has good anti-interference ability and the ability to adapt to harsh environments, ensuring stable operation under various complex outdoor conditions and reducing the risk of equipment failures and data loss.

        Intelligent Management: Through real-time monitoring and analysis of data, it realizes intelligent management of photovoltaic power plants. It can not only display the collected data in real-time but also send out warning information through analysis, helping operation and maintenance personnel quickly locate problems and handle them, improving operation and maintenance efficiency and reducing operation and maintenance costs.

        Flexible Expansion: It supports multiple data interfaces and communication protocols, making it convenient for integration and expansion with other systems. Users can flexibly add monitoring devices and functional modules according to actual needs, meeting the development needs of power plants at different stages.

        Compact Structure: The product is small in size and compact in structure, which is convenient for installation and layout in various photovoltaic power plant scenarios. The installation process is simple and convenient, further improving the overall installation efficiency.

Technical Parameters

overall machine parameters
 Rated voltage  480VAC
 Wiring method  Three-phase five-wire system
 Power  <650W
 Operating temperature/humidity  -20℃ to +60℃/20 ~ 95%RH,No condensation
 Storage temperature/humidity  -40℃ to +70℃/20 ~ 95%RH,No condensation
 Altitude  <2000m
 Cabinet size  Height×Width×Depth:1360×849×343mm
 Installation method  wall-mounted
 Degree of protection of enclosure  IP54/NEMA 3S
 Enclosure material  hot-dip galvanized sheet
Fuse Parameters
 Rated voltage  600VAC
 Fusing current  30A
 Short-circuit current rating  33kA
Surge parameters
 Rated voltage  600VAC
 Imax  40kA
Gateway parameters
 RS485 Interface  greater than or equal to 6,Modbus RTU/Master/120 ohms/5kV
 Ethernet Interface  greater than or equal to 1,MQTT/Modbus TCP
 CAN Interface  120 ohms(configurable)/3kV
 Bluetooth Interface  BLE 4.2
 WLAN Interface  802.11 b/g/n/2.4GHz/WEP, WPA/WPA2
Other functions
 Line protection function  Haved
 Cabinet temperature control function  Haved
 Cabinet humidity control function  Haved