Anke Ruishi Qingqing Jiangsu Ankerui Electric Manufacturing Co., Ltd. Jiangyin, Jiangsu 214405, China Abstract: The intelligent, refined and unattended user-side distribution system is an inevitable trend of current distribution management. Design and install smart meters for the distribution circuit on the user side, and then monitor the power parameters of the distribution circuit through the background system. By monitoring the energy and related power parameters in real time, improving the energy safety, reliability and maintenance efficiency, reducing the labor cost of maintenance and realizing the unattended monitoring of the power distribution system. Through the use of real-time monitoring, data collection and storage, the user's power usage level and the operating state of the power distribution system are clarified, providing users with data maintenance for power maintenance costs and property management, and later based on the power distribution system. Analysis of operational data to develop a corresponding distribution system maintenance program. The ACREL-2000 power monitoring system used in the second phase of the comprehensive renovation project in the Shiliupu area (to the east of Zhongshan East Road) is briefly introduced to the intelligent use of the user side. Key words: Shiliupu area comprehensive reconstruction phase II project, power monitoring, intelligent power distribution system  0 Preface The intelligent and scientific management of the user-side power distribution system has become the mainstream demand of the current power distribution system. The intelligent power distribution system designed for the user-side power distribution system is already an essential system for current owners and power hosting companies. By constructing a power distribution system, combing the user-side power distribution architecture, installing smart meters at key nodes, setting up a power supply and distribution monitoring system, and completing intelligent management of the user's power distribution system. The ACREL-2000 power monitoring system is a user-side power monitoring system developed for the above trends. The system measures the in-and-out line of the substation of the second phase of the comprehensive renovation of the Shiliupu area. Through the real-time measurement, storage and analysis of the energy used by the monitoring circuit, the operation of the entire distribution system is displayed in the form of a table or a graph. Status, for the intelligent management of managers, providing data basis. This paper takes the second phase project of the comprehensive renovation of Shiliupu area (east of Zhongshan East Road) as an example, and briefly introduces the second phase project of ACREL-2000 power monitoring system in the Shiliupu area (east of Zhongshan East Road). In the application. 1. Project introduction A comprehensive development of the second phase of the comprehensive renovation of the Shiliupu area (to the east of Zhongshan East Road) (Shanghai Shenjiang Development and Construction Investment (Group) Co., Ltd.) includes: a single-storey passenger station and shopping mall. It has a two-story basement (including an underground parking garage) with a total floor area of ​​34,500 square meters. A set of power monitoring system is designed for the multi-function instrument of the substation in the project. The power monitoring system collects the data of various smart devices on the site, displays and stores them in the background, and displays and exports them through corresponding reports. 2, user needs This project is mainly the collection, storage, statistics and display of energy consumption data of the substation in and out of the line. After the basic needs are analyzed and analyzed, they are divided into the following aspects: 1) The system has the function of displaying the operating state of the distribution substation distribution circuit, displaying the bus voltage of the important inlet and outlet circuit, incoming line, active reactive power, power factor and frequency, and electric energy in one graph form; 2) The system has a summary of the real-time meter reading statistics of each loop, and the user can freely query the power consumption of each loop; 3) The system has a design loop load trend curve for each monitoring point on site, which is convenient for maintenance personnel to grasp the ratio of power demand to power supply load; 4) The system can compare and analyze historical data, which can detect potential faults in time and reduce equipment maintenance costs; 5) The system has a communication status display, which can display the communication status of each device in real time, and can monitor the network communication status online; 6) The system has a rights management function that prevents unauthorized operations through user rights management; 7) Reserve open data interface to data third party for data upload. 3, design plan 3.1 Reference Standard The system is designed to meet the manufacturing and testing standards listed below: JGJ/T16-2016 "Electrical Design Code for Civil Buildings" GB/J63-90 "Design Specification for Electrical Measuring Instruments for Electric Power Devices" GB/T13730 "General technical conditions for regional grid data acquisition and monitoring systems" GB2887 "Technical Requirements for Computing Station Sites" GB/50198-94 "Technical Specifications for Monitoring System Engineering" DL/T 698.31-2010 "Section 3.1: Technical Specifications for Power Information Collection Terminals - General Requirements" DL/T 698.35-2010 "Part 3-5: Technical specification for power information collection terminal - Particular requirements for low-voltage centralized meter reading terminal" DL/T 698.41-2010 "Part 4-1: Communication Protocol - Communication between the primary station and the energy information collection terminal" DL/T 698.42-2010 "Part 4-2: Communication Protocol - Concentrator Downlink Communication Protocol" DL/T/814-2013 "Functional Automation System Functional Specifications" 3.2 System Architecture Design In view of the scale and nature of the second phase project of the comprehensive renovation of the Shiliupu area (east of Zhongshan East Road), and the nature of the joint development of the follow-up projects, the system department of Ankerui Electric Co., Ltd. according to the needs of users As well as the experience in the same nature of the project, the following design of the intelligent power distribution system of the building is carried out: all the monitoring points of the second phase of the comprehensive renovation project of the Shiliupu area (east of Zhongshan East Road) are now installed with smart power. Instrumentation, and all use the standard Modbus-RTU protocol. The smart instruments installed on the site are connected by hand through the shielded twisted pair cable. The data bus is directly laid to the protocol conversion isolator configured in the background of the system. The protocol conversion isolator directly transmits data through the serial port of the host. The system topology is as follows: Power monitoring system topology 4, system function The PC software adopts ACREL-2000 power monitoring system, and completes the functions of software monitoring and power monitoring in the host computer through software configuration, database variable configuration and interface design. 4.1 Features ACREL-2000 power monitoring system adopts full Chinese interface, which is easy to operate and stable and reliable. Click the corresponding shortcut button to enter the corresponding system function module; the system has a system diagram display, simulation diagram display and network structure diagram display; the system has a friendly man-machine interface, and the display data is intuitive and convenient for users to consult. 4.2 Software features: 4.2.1 Operating system The software interface can be designed according to the characteristics of the project and the requirements of the customer. The initial interface is the “login interfaceâ€. The customer needs to enter the corresponding password through the user name to enter the system. The interface is shown in Figure 1. Figure 1 login interface 4.2.2 Communication diagram The communication diagram is a topology diagram showing whether the communication between the system and the instrument is normal. The change of the color of the interface module reflects the running status of each monitoring point of the entire system. The interface is shown in Figure 2. Figure 2 Communication 4.2.3 Monitoring details The monitoring details reflect the name of the entire system distribution circuit, the corresponding distribution system, and the main electrical parameters of the circuit. Through the display of real-time data, the operation data of each monitoring loop of the project is visually reflected, which is convenient for the manager to know the running status of the system in real time. The interface is shown in Figure 3. Figure 3 monitoring details 4.2.4 Parameter meter reading The parameter report reflects the operational data of the monitoring loop of the project at a certain point in time, and the real-time parametric data at a current or past time point reflects the loop status. The main data includes: three-phase voltage, three-phase current, electric energy, active power, reactive power, power compensation factor, frequency. The interface is shown in Figure 4. Figure 4 Parameter reading 4.2.5 Energy Report The energy report is the management of the power consumption in the form of a report. The report can realize the functions of monthly meter reading, daily meter reading, hour meter reading, etc., and can be exported or printed in Excel at any time during the system operation. The interface is shown in Figure 5. Figure 5 Energy Report 5, the conclusion The power monitoring system of the second phase of the comprehensive renovation of Shiliupu District realizes the real-time collection, storage, display and export of power consumption data. The project from the construction of the distribution system, to the later debugging, the verification of the system data, the entire process we provide the corresponding stage of the technology. At the same time of design, installation and commissioning, the system is also a detailed combing of the building's power distribution architecture. Through the careful classification of the energy consumption, the operation mode and state of the power distribution system in the building are clarified. In the actual implementation process of this project, we have also arranged technical personnel to provide technical guidance related to the construction, ensure the quality of the communication cables of the project, avoid many common mistakes in construction, and improve the quality of the project. In this project, the monitoring interface of third-party equipment such as temperature controller and comprehensive insurance is also customized for customers. It meets the customer-related customization requirements, provides customers with a variety of data analysis and processing methods, and export methods to facilitate the related management of the later properties and improve the efficiency of customer service. In commercial construction projects, owners have relatively high requirements for data stability and timeliness. For the commercial building project, it is recommended to configure the Ankerui brand PZ series of intelligent instruments, the uniformity of the site and the background, to a certain extent improve the stability of the system. There are great advantages in system architecture construction and post-system hardware and software services. In addition, the system realizes the analysis and processing of the collected data, displays the power usage status of the power distribution loops of the owner, the alarm warning of the load limit, and generates various energy reports, analysis curves, graphs, etc., which facilitates remote copying of electric energy. Table and analysis, research and development of the corresponding energy service plan. The system is safe, reliable and stable, and realizes the real-time monitoring of the working status of each distribution circuit and the real-time display of important electrical parameters for the end users of the distribution system, which provides a real and reliable data basis for the maintenance of the distribution system of the later managers. . references [1]. Ren Zhicheng Zhou Zhong. Principles and Application Guidelines of Power Electrical Measurement Digital Instrumentation [M]. Beijing. China Electric Power Press. 2007. 4 [2]. Zhou Zhong. Application of power meter in large-scale commercial electric energy sub-metering [J]. Modern building electrical 2010. 6 [3]. Han Yue, Qi Baohong, Gao Qiang. Research on on-line monitoring system of substation substation in intelligent substation [J]. Northeast Electric Power Technology 2011. 6 [4]. Hou Yuchen, Tian Wei. On-line monitoring system for intelligent substation equipment [J]. Urban construction theory research 2012. 10
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