Based on the scale and trend characteristics of distributed energy development, the distributed photovoltaic monitoring cloud platform regards distributed power stations as core assets, uses the photovoltaic cloud platform as a tool to monitor power generation assets and equipment, establishes a comprehensive analysis model, and fully utilizes PC and mobile terminals to monitor and calculate the real-time status of equipment and power station data analysis, allowing customers to fully understand the current operation of photovoltaic power stations and assist customers in making decisions.
The platform has the following characteristics:

• By utilizing the characteristics of cloud platforms, customized software can be transformed into rentable software services to reduce costs.
• One stop fast power station access and monitoring, eliminating the hassle of system construction.
• Data security and data isolation ensure that multi tenant use of the platform is risk-free.
• By combining various analysis models for power plant training such as distributed and centralized, relatively scientific results can be analyzed

Main functions

The photovoltaic operation and maintenance monitoring platform analyzes and evaluates the operational capabilities of enterprises and the operational level of power plants through monitoring the photovoltaic system, and achieves full process management of enterprise and power plant operational risks through rectification assessment. It mainly includes modules such as device management, measurement management, operation monitoring, model management, real-time calculation, and statistical analysis. among which

• Equipment management includes functions such as functional location management, equipment asset management, and functional model management.
• Measurement management includes functions such as measurement point management, indicator management, data access and collection, and data quality management.
• Operation monitoring includes functions such as group monitoring, power station monitoring, equipment monitoring, and alarm management.
• Model management includes functions such as graphic element management, wiring diagram drawing, automatic mapping, and topology management.
• Real time data processing includes functions such as processing rule management, remote signal processing, remote measurement processing, abnormal data correction, and data persistence. Statistical analysis includes functions such as power generation analysis, loss analysis, efficiency analysis, dispersion analysis, and statistical reporting.

Technical Characteristics

• Trustworthy:The data collection of power station assets is trustworthy, the platform operation and maintenance is professional and trustworthy, and the protection of tenant interests is trustworthy.
• Visible:Real time monitoring of the power station situation, including power generation, output, daily revenue, basic information of the power station, and operating status, all at a glance.
• Can be found:Historical anomalies, historical returns, power generation, historical failures, and other simple and efficient methods can be easily traced and supported by evidence.
• Traceable:From discovering real-time faults in power stations to resolving them through standardized processes; From tracking the processing status of each process node to providing quick feedback after the work is completed. The entire task flow is complete and orderly, with clear responsibility delineation and fast feedback tracking.

For many years, the world's leading photovoltaic operation enterprise has adopted the Neusoft Photovoltaic Operation and Monitoring Platform for efficient monitoring and operation of global photovoltaic facilities.