Email

How Digital Intelligent Operation Software Solar SCADA Working

The operation optimization platform of tracking solar power plant of Lingyang Technology is based on the model predictive control theory. By understanding the physical mechanism of tracking power plan...

The operation optimization platform of tracking solar power plant of Lingyang Technology, which is one of the solar scada providers, is based on the model predictive control theory. By understanding the physical mechanism of tracking power plant, considering the dynamic coupling mechanism between energy flow, material flow and information flow, and using modern optimization mathematical theory and model real-time control theory, it is a control platform to realize the solar tracking control system to adjust the operation parameters and modes to achieve the optimal power generation efficiency in the process of real-time operation according to the external environment and field conditions.The platform is specially designed for the centralized control SCADA system of tracking photovoltaic power plant using international industry standard encrypted communication protocol (OPC/UA) to guarantee the integrity and security of data, and the software architecture is B/S modularization and scalable to guarantee the intensification and economy of system deployment.It also adopts the self-developed industrial real-time data management system USTAR, which provides a unified, stable and secure data source for PC and mobile terminals, and realizes the unified and flexible management of digitalization and intelligence.


Advantages of Digital Intelligent Operation Software Solar SCADA

1
Efficient And Stable Monitoring System
2
Convenient And Fast Mobile Operation And Maintenance
3
Friendly Human-computer Interaction Experience
4
Access To Accurate Angle Data
5
Timely Push Fault Alarms
6
Power Station Status Control At Any Time
Projects

Projects of Solar Tracker Components

Solar Tracking System in CMIG New Energy
CMIG New Energy
The project is a flat single-axis tracking photovoltaic power plant, part of solar tracker unit being our company's products. After one year’s observation, power generation was significantly higher than other.
Solar Tracking System in A Photovoltaic Power Station Project in Dalat Banner
​A Photovoltaic Power Station Project in Dalat Banner, Inner Mongolia
The large ground PV power plant project belongs to a flat single-axis tracking system with a capacity of 100MW. some arrays using our solar tracker control box’s power generation also was significantly higher than others, the successful verification of desert areas.
Solar Tracking System in Sichuan Ganzi Photovoltaic Power Plant Project
Sichuan Ganzi Photovoltaic Power Plant Project
The project is developed in the form of "photovoltaic+pastoralism". The photovoltaic power station project is a flat single axis with a capacity of 200MW and also is a large ground power station. Our solar tracker control box and intelligent communication box are adopted in some arrays of the power station, and the operation status of the units can be monitored in real-time through the SCADA system.
Solar Tracking System in State Grid Zhangjiakou Project
State Grid Zhangjiakou Project
This is Zhangbei county’s microgrid PV power plant adjacent to Inner Mongolia, which contains two types of stents, dual-axis and titled single-axis. It has been running for half a year and all went well, and the system operation can be monitored in real-time through the SCADA system, which greatly lowers the labor cost of operation and maintenance.
Solar Tracking System in Anhui Yuguang Complementary Photovoltaic Power Station Project
Xinyi Solar: Anhui Yuguang Complementary Photovoltaic Power Station Project
The project combines fishery farming with photovoltaic power plants. Photovoltaic panel was set up above the fish pond, achieving farming and power generation in the meantime and enhancing the comprehensive production value.

Lingyang Insights in Solar Tracker

Types of Digital Intelligent Operation Software SolarSCADA