The government supervision department lacks centralized management means and channels for current photovoltaic energy projects, lacks information technology and data visualization control platform, and has low monitoring efficiency for energy enterprises, and lacks data support for resource allocation, which leads to huge waste of energy resources. Energy production enterprises and energy service organizations face difficulties in locating energy device fault, and maintenance manpower cost is high. Device operation monitoring is insufficient, thus cause safety risk problem.
Photovoltaic monitoring solution combines the most advanced automatic control, network communication and software technology. By grasping the operation status of massive energy terminal, to obtain status, location, scope, capacity and other data in a real time manner. By model analysis on these data, it can remotely monitor and implement alarm management on photovoltaic terminal device; realize information monitoring, smart remote management on photovoltaic devices. Through the mining and analysis on energy consumption data, make energy consumption trend assessment, to achieve rational management and optimal allocation of energy resources.
It can collect operation data of devices which equipped with RS232/RS485 interface and compatible with Modbus-RTU standard communication protocol (eg PV inverters, transformers, weather stations, energy meters etc.).
Based on OneNET platform, Smart PV management platform provides reporting, storage and retrieval of underlying collected data, as well as device status monitoring and terminal control and management. Based on this, GIS functions and graphical interface display tools are introduced to realize comprehensive management, monitoring, control and data science analysis of photovoltaic smart terminals.