RdbPlus takes real-time database as the core, supports wide area distributed communication networking, so as to build a large-scale distributed SCADA platform. Each node provides data acquisition gateway service (I/O Server), real-time data service (Rdb Server), massive historical data storage and retrieval, production condition graphics configuration and WEB publishing graphics system, and opens API (C/C++, C#, Java) and WebSocket interfaces for third-party access, so as to facilitate industrial data exploring and analysis.

EconWorx electromechanical internet of things cloud platform is an industrial software for electromechanical equipment system monitoring, scheduling and operation and maintenance management. EconWorx takes the distributed real-time database RdbPlus as the core, integrates the open-source distributed database Hadoop and relational database to build the data center. The service platform layer develops the basic management toolbox based on the micro service framework, and the application layer invokes the platform service API to quickly realize the application APP of the solution in the professional field. EconWorx has the characteristics of high reliability, high availability, cross platform and easy scalability. The application of EconWorx can realize the visual real-time monitoring, production scheduling, energy-saving control and preventive operation and maintenance management of large-area electromechanical systems. It is widely applicable to rail transit, power plants, distributed power energy, intelligent water affairs, internet of things and other fields.

B-ISCS integrated monitoring system adopts computer network, automatic control, communication, distributed and other technologies to conduct unified monitoring and centralized control for multiple disciplines such as power, electromechanical, passenger information, fire alarm, closed-circuit television, access control, screen door, etc. Users can easily and effectively monitor and manage the operation of relevant electromechanical systems in operation, realize information sharing and linkage control of various disciplines, improve operation and maintenance efficiency. It has five advantages of massive, reliable, flexible, efficient and high performance, break through the bottleneck of industrial data processing, and fully meet the needs of operation refinement and expansion.

Based on the cloud platform, apply self-developed products and technologies, aiming at the applications in the field of rail transit in 5G/WIFI6, cloud computing, big data, industrial internet of things platform, combined with new technologies such as BIM+GIS 3D map visualization, AR and digital twin, build a passenger service-oriented integrated monitoring system for intelligent operation and maintenance and intelligent dispatching.

Baiyun B-PSCADA takes advanced and efficient real-time database as the core design, and adopts hierarchical and distributed integrated structure. It can not only realize the "four remote" (i.e. remote signaling, remote control, telemetry and remote regulation) functions for each substation equipment to monitor the operation of power supply system equipment, but also realize the comprehensive functions such as accident abnormal alarm, event record, statistical report, electric energy cost monitoring and load management.

The environment and equipment monitoring system, referred to as BAS system for short, is an automatic monitoring system for the monitoring of relevant electromechanical equipment in stations, yards and tunnel sections of the whole subway line. It will monitor the operation status and system parameters of equipments mainly including tunnel ventilation system equipment, large station / depot ventilation and air conditioning system, small ventilation and air conditioning system, air conditioning water system equipment, water supply and drainage equipment, escalator, elevator, rolling shutter door, lighting system (including intelligent lighting system), emergency lighting power supply, section water supply and drainage, flood gate and other equipments, as well as ambient temperature and humidity parameters of station public area and equipment room.

B-PHM fault prediction and health management system comprehensively collects monitoring parameters, electrical parameters, environmental parameters, status parameters, video data, factory data and maintenance data at key positions of power supply equipment through online monitoring, system access and manual input;

The AI algorithm is used to clean the data of power supply equipment state parameters and train the intelligent prediction model. At the same time, the trend of relevant temperature and vibration is predicted, and the video data is automatically identified and analyzed.

The intelligent model is applied to realize the functions of on-line monitoring, condition evaluation and life prediction of key positions of equipment, and provide corresponding maintenance strategies for each equipment.

The integrated energy management system is developed based on internet of things, big data, cloud computing and other technologies. It has the functions of data acquisition, alarm management and energy monitoring. It provides users with online monitoring, energy consumption analysis, report, energy control and other services to help enterprises realize energy management scheme quickly, low cost and zero risk.

Based on the internet of things, cloud platform, intelligent operation and maintenance and other technologies, the power distribution integrated management and control platform collects important information such as power supply operation data and environmental data of the distribution room through IOT equipment such as instruments, sensors and cameras, so as to realize the functions of system online monitoring, fault alarm, data analysis, energy management and asset management, and effectively improve the operation safety of the power room. Keeping the reliability, it also brings new digital operation and maintenance experience services to users, improves operation and maintenance efficiency, and reduces cost and increases efficiency for enterprises.

The intelligent operation and maintenance system of B-ECPS high efficiency chiller room of Yangxin company aims to participate in the early design project construction, automatic control scheme, monitoring platform and the whole life cycle of the later operation and maintenance room, deepen the details of specific parts such as equipment selection, design optimization, automatic control optimization, management platform and fault detection, and comprehensively consider the optimization space of the central air conditioning system.

YXM-100 background monitoring system not only has basic monitoring and data acquisition (SCADA) functions, but also includes monitoring, information acquisition, analysis and management functions of microcomputer protection equipment, as well as communication and management information system(MIS) interconnection and the ability to form a larger scale information system. YXM-100 background monitoring system is a comprehensive multi-functional system platform based on the latest software and hardware technology, integrating our research and development experience in SCADA system, substation automation system and protection information management system, and referring to similar products at home and abroad. It can be widely applied to various power station automation system and meet the information requirements of different management departments.

The power quality analysis system is mainly used to analyze the AC voltage of 110kV and below in the medium scenarios of power grid and rail transit. It can record the waveform during the opening and closing process of circuit breaker or when the current and voltage are abnormal, and can read the current and voltage waveform in real time for power quality and waveform analysis. It has the functions of historical electrical data, real-time wave recording data, historical data copy, historical maximum data curve, historical power factor data curve, fault event recording, etc. The power quality analysis system has the characteristics of beautiful interface, simple operation, comprehensive display data and perfect analysis function. It is a ideal tool for on-line monitoring in communication.

The waveform analysis system can display the waveforms of multiple stations and equipment in the same interface at the same time, including both AC wave recording device and DC wave recording device, so as to compare the waveform information of different equipment at the same time. AC wave recorder and DC wave recorder have high-precision synchronous time synchronization function. The waveform analysis system has beautiful interface and simple operation, and has the following functions:

1.Record the voltage, current and corresponding switching value information of multiple stations and multiple AC and DC equipment in real time, and save the data;

2.It can carry out harmonic analysis and vector analysis;

3.It can save historical data and make statistics on the latest value data and electricity data;

4.It can record faults and open the fault recording waveform for analysis;

5.Alarm records and log records can be stored, and relevant records can be stored in tabular form;

The DC line network health management system collects the electrical quantity data of key DC line network equipment such as DC switchgear, DC disconnector, DC feeder cable, internet cable, catenary and negative return rail in real time through various synchronous data acquisition terminals, and uploads them to the cloud in real time. The platform software analyzes and calculates the historical and real-time data of each equipment, node and branch of DC line network, and evaluates the current operation health status and existing safety risk points of each equipment and line of DC line network. The system can replace a large number of manual inspection of DC line network, make up for the blank of safe operation monitoring of equipment in the existing DC line network, improve the operation level of the existing DC line network, and greatly reduce the operation and maintenance cost of metro power supply system. The software system has the characteristics of integrating multiple sub functional modules into one system, convenient operation and clear contrast.