Ankerui Hu Jiangsu Ankerui Electric Appliance Manufacturing Co., Ltd., Jiangyin, Jiangsu 214405, China 1. Platform Overview 1.1. Development Background In recent years, there have been many electrical fires in our country, causing frequent casualties and property losses. According to statistics, from 2011 to 2016, a total of 524,000 electrical fires occurred in China, causing 3261 deaths, 2063 injuries, and direct economic losses of 9.2 billion yuan, which accounted for more than 30% of the total national fire and casualties; There are 17 heavy electrical fires, accounting for 70% of the total number of major fires. These accidents exposed outstanding problems in the production quality, circulation and sales of electrical products, electrical design and construction of construction projects, and the use and maintenance of electrical products and their circuits. In reality, many production and business units have old electrical lines, hidden circuit hazards, and strong concealment. Many small and micro enterprises lack professional electricians and can not intuitively discover hidden electrical hazards. Traditional detection methods are difficult to troubleshoot various hidden problems in a timely manner. Therefore, it is difficult to monitor and pre-war electrical fires. In recent years, with the continuous development of information technology, an integrated security management system for electricity safety information that uses advanced technologies such as the Internet of Things, cloud computing, and big data to detect the safety hazards of electrical circuits and electrical equipment in real time has emerged. With years of experience and technical strength in the field of electrical fire monitoring, Ankerui has forward-lookingly launched a smart electricity monitoring and early-warning platform that uses self-developed residual current transformers, temperature sensors and electrical fire detectors. The main factors of electrical fire (conductor temperature, current, and residual current) are continuous data tracking and statistical analysis, and various hidden information discovered is promptly pushed to enterprise management personnel to guide enterprises to achieve the first time of investigation and governance. Eliminating potential electrical fire safety hazards and achieving the goal of “preventing problemsâ€. Users can use PCs, mobile phones, tablet computers and other terminals to access the power monitoring and warning platform, and query various information including system information, real-time data, and alarm records, etc., which is easy to use. The use of this system to provide users with low-cost professional services can effectively improve the company's fire safety management and electrical equipment safety levels, and effectively prevent major and vicious fire property losses, especially the occurrence of major vicious casualties. 1.2. Technical Standards The platform follows the following standards for development: GB14048.1 "General rules for low-voltage switchgear and control equipment" GB14287-2014 "Electric Fire Monitoring System" GB13955-2005 "Installation and Operation of Residual Current Operation Protection Device" GB50016-2014 "Architecture Design Fire Prevention Code" GB50116-2013 "Fire Automatic Alarm System Design Specification" GB50054-2011 "Low Voltage Distribution Design Code" 1.3. Application The main applications of the AcrelCloud-6000 secure power management cloud platform: (1) Large shopping malls and supermarkets; (b) schools, nursing homes, welfare homes; (3) Stations, hospitals, hotels, etc.; (d) labor-intensive enterprises; (5) Inflammable and explosive warehouses; (6) Wood processing, textile, dust, spraying, pharmaceutical and other enterprises; (g) Bars, Internet cafes and other places; (8) Small restaurants, stores and various small and micro enterprises. 2. Platform structure 3. The main function of the platform real time monitoring 24-hour monitoring of the residual current, temperature, voltage, current, state, etc. of each probe point; history record All alarm information and remote control are recorded in the log and available for users to query; data analysis Perform various model analysis on the collected data to eliminate potential safety hazards for customers; Alarm reminder When the platform receives the alarm or failure information, the platform will push and enterprise management personnel in various ways to remind the concerned about the fault conditions and take corresponding measures to eliminate hidden dangers; authority management Assign different permissions to different operators to improve overall system security; remote control Administrators with authority can remotely set various parameters of the detector, or perform operations such as opening, closing, and resetting the monitoring device, which facilitates management and improves work efficiency. 3.1. Platform Home The platform home page displays the quick workbench, hidden troubles and fault statistics of this month, and navigation of project information maps. The quick workbench displays tasks and alarm messages that need to be processed to improve the processing speed; map navigation supports the display of monitoring items on electronic maps. And display the customer and contact information on the project icon, click the icon to enter the project details. 3.2. Real-time monitoring Real-time monitoring can view the device information and detector information under the project name. The detector details include real-time status information such as project name, affiliated device, residual current, temperature, three-phase voltage current, DI, and DO. At the same time, the administrators who have the authority can also perform remote reset, switchover and other operations on the monitoring unit. 3.3. Hidden Risk Management Hidden risk management includes hidden danger inspections, hidden trouble handling, hidden trouble records, hidden danger reminders, work order processing and hidden batch processing functions: 3.4. Data Summary The data summary menu bar summarizes all the hidden dangers and remote control records monitored by the platform. The hidden trouble records can be selected in the form of curves or tables. 3.5. System Settings The platform implements hierarchical management of user types to achieve higher information security. Users with appropriate permissions can modify and update project information, device information, and probe information at any time. 4. Client operating conditions 1) Client running device: Desktop PC (Windows XP and above), Android Mobile Device (android 4.0 and above) 2) Client operating environment: Windows system uses Firefox, Sogou, 360 (Fast Mode) browser access. 5. The main technical indicators Data upload frequency: 2 minutes Communication method: RS485, 2G/3G/4G Concurrent visits: >=10000 Historical data storage: >=3 years 6. Platform Configuration (Recommended) 6.1 Platform Server: It is recommended to purchase according to the configuration standard provided by us, or to lease the Ali cloud resources by the customer himself. Hardware configuration: (such as application Ali cloud can be ignored) 6.2 Field Hardware Configuration Note: The above configuration is for a loop selection, where the residual current transformer should be selected according to the size of the field circuit current, according to the actual three election one. 6.3 Product Introduction Residual current monitoring detector Residual current transformer Temperature Sensor The temperature sensor is the thermistor NTC, which provides a temperature monitoring reference from 0°C to 120°C. It can be used to monitor the temperature of a cable or distribution box and provide temperature protection. 7. Business model 7.1 Ankerui Intelligent Power Monitoring and Warning Platform + Data Escrow Acrel assists and guides users in the installation and commissioning of hardware devices (including electrical fire detectors, residual current transformers, temperature sensors, wireless modules, etc.), and uploads data to Ankerui's intelligent power monitoring and early warning platform. Ankerui manages and does not need to pay for software platform fees. It only pays for service fees based on the number of connected devices. 7.2 User Self-built Platform The platform is built in the user monitoring room. Hardware customers can purchase or apply for Alibaba Cloud servers according to the configuration standards provided by us. Ancorui assists and guides clients in completing the construction of the platform and the training of the transport management team. If customers do not have technical strength to maintain, they can also choose to support Acerui's annual service fees. Led Par Lights ,Led Par Can,Led Mini Flat Par Light,Led Par Can Light Guangzhou Cheng Wen Photoelectric Technology Co., Ltd. , https://www.cwledwall.com
