Ⅰ. Cloud digital intelligent operation software solar SCADA system

Based on the matrix deployment of the micro-service architecture, the visualization is realized through the integration of GIS and business data; distributed collection, high-speed and accurate data collection, ensures the fluency of the system. Discover and track PV system abnormalities at any time to ensure safe operation; customize warning scenarios as needed to achieve lean management. Mining effective information based on real data, accurately measuring return on investment, and improving project ROI.

1. Technical advantages of algorithm products

Combined with the on-site 3D geographic data model, real-time meteorological data and irradiance data, the photovoltaic tracking control algorithm is a new generation of big data-driven closed-loop self-learning tracking system solution, relying on the neural network topology algorithm. Using AI intelligent algorithm for precise analysis and prediction, the photovoltaic tracking control algorithm calculates the optimal working angle of each array, and sends different control commands to each TCU to achieve global optimal tracking. In this case, the power generation efficiency of photovoltaic power plants increases by 1% to 6%.

2. Features of Cloud Digital Intelligent Operation Software Solar SCADA

The development architecture is generally based on B/S, distributed micro-service architecture, and the front-end and back-end are separated so that R&D personnel can perform their duties. The back-end development focuses on business implementation, and the front-end focuses on performance presentation. It is compatible with DBMS such as MySQL, NoSQL such as MongoDB, redis, etc. Development tools can be freely selected according to business needs, such as Eclipse, IDEA, etc.

Ⅱ. Local digital intelligent operation software solar SCADA system

The local SCADA software improves the real-time monitoring ability of tracking the photovoltaic power station site, realizes the quality monitoring of the power station; realizes the internationalization and automatic management of power generation production, and provides information support for improving management and decision-making; integrates various monitoring data to realize the differentiation service of different personnel.

1. Features of the on-site digital intelligent operation software Solar SCADA

Using information technology as a means, through multi-level deployment and multi-level application, open up the internal coordination mechanism to ensure the orderly development of business, through the horizontal coordination mechanism, ensure external coordination and benign interaction, and through the vertical control mechanism, ensure the efficient and unified business standards.

2. Advantages of software products

The platform is specially designed for tracking the centralized control SCADA system of solar power plants, and adopts the international industrial standard encrypted communication protocol (OPC/UA) to ensure the integrity and security of data. The software architecture adopts B/S mode, which ensures the intensification and economy of system deployment. Provide customers with customized local and cloud monitoring platforms and APPs, real-time monitoring and tracking of smart devices in the system, support multi-user rights management, dynamic display based on html5 pages, support mobile and third-party API data open for other applications to replace.