Smart Electricity Data Transmission System for Cultural Center

SNR2000 Smart Electricity Data TransmissionProvided technical services by Nanjing Swo 189 Ceramic 5244 Engineering 6334,Nanjing Swo Electric Co., Ltd. is located in Nanjing, Jiangsu Province. It is a specialized technical enterprise engaged in the research and development, production, and sales of intelligent power instruments and devices. At present, a product structure has been formed based on distribution control components, dominated by intelligent distribution instruments, and focusing on improving power quality and energy-saving control products for future development.

Under the requirements of the power industry regulations, after installing the corresponding application modules, the safety isolation network gate can exchange data between databases of different networks and exchange customized files between networks while ensuring security. Beijing Zhihe Xintong is customized and developed based on the Zhihe network management platform SugarNMS, which intelligently collects relevant data and realizes centralized monitoring of production control areas and information management areas.

Comprehensive monitoring and operation management of monitoring objects such as network devices, servers, databases, middleware, software services, virtualization, firewalls, etc., real-time monitoring of resource status and performance failures, and triggering of fault alarms. Provide fault replay function.

【 Application Fields 】

1. The application of smart communities

The intelligent monitoring system for electricity consumption has changed the old method of "civil defense" management for community property management, which used to be "broken legs" and "worn out mouths"; Meter reading has shifted from "manual recording" to "automatic report generation" mode, reducing manual workload; Through the unified scheduling and command of online and offline operation and maintenance personnel, the fault handling time is shortened, the impact of faults is reduced, the response quality to faults is improved, the level of property automation management is enhanced, and the power distribution management system is optimized.

2. The application of smart factories

Factories are units with high electricity consumption, and safety in electricity use cannot be ignored. The intelligent monitoring system for electricity use can provide efficient electricity management and enhance the mechanism for safe electricity use. Monthly scheduled and automated generation of electricity management analysis reports, focusing on electricity safety and cost, improving management efficiency, optimizing electricity management, ensuring safety while achieving energy conservation.

3. The application of smart campus

The power intelligent monitoring system can monitor and process electrical faults in real time, and provide alarm and load information to the system platform through the Internet in real time, which is convenient for power management personnel tooneTime and comprehensive understanding of the school's electricity abnormal alarm, zuibigLimit the prevention of electrical hazards. According to the daily schedule of each area in the school, achieve remote automatic power shutdown and transmission.

4. Hotel Applications

By configuring appropriate intelligent monitoring devices in the hotel floor distribution rooms and distribution boxes, comprehensive electrical energy measurement and operation status monitoring can be carried out, and electrical safety management and prevention can be carried out by region to improve the electrical safety of each electrical area within the management area. Support multiple operation modes such as manual, timed, and remote control to achieve one key power-off in emergency situations.

System Design Principles

SNR2000 Smart Electricity Data TransmissionThe monitoring function of the system mainly consists of three parts: computer supervision layer, communication network layer, and system management layer.

As China's power technology continues to improve, the operating costs of electricity are also gradually increasing, and users' requirements for power system operation and management are becoming increasingly strict. In order to improve the quality of power supply and distribution services, promote the design and operation safety of the power supply and distribution industry, it is necessary to establish a sound power monitoring system. Therefore, in practical work, power workers need to do a good job in the layout of power monitoring systems in power supply and distribution design, starting from data acquisition and processing, human-computer interaction operations, assisting in power supply and distribution event recording, remote operation, etc., to enhance the functionality of establishing monitoring systems, improve the reliability and safety of power services, and promote the effective application value of power monitoring systems in power supply and distribution design.