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About Us
Shanghai Sannanhong Electric Co., Ltd
Date: 2024-01-25Read: 9
| Project Name | Cangnan New District Commercial Office Building Monitoring System |
| Project location: | Cangnan, Wenzhou, Zhejiang |
| Project Introduction: | The commercial office building in Cangnan New District is located at No. 1 Zhanqian Avenue, Cangnan County, Wenzhou, with convenient transportation. To the west is the Caizhi Building on the Didang B5 plot. The project consists of twelve high-rise buildings, with a decoration height of 25-300 square meters and an innovative stacking space of 4.5 meters, mainly for offices of over 100 square meters. The three buildings are A, B, and C, all of which are 12 story buildings. The scope of project monitoring is 278 electricity meters. On site collection, analysis, and processing of instrument data provide users with various energy consumption data, facilitating targeted energy-saving management of energy consumption usage, thereby improving energy utilization efficiency, effectively promoting and ensuring the improvement of energy management level, and playing an important role in system energy conservation. The system adopts XD-1000 electric energy management system, and the entire system adopts a network distributed structure. The monitoring host is located in the duty room of the substation, and a set of data acquisition equipment is configured in the substation for data collection. All distribution circuits are equipped with intelligent instruments. This project has achieved real-time collection, storage, and display of important data for the distribution circuit of the Anguo Hotel substation. All monitoring devices are connected to the communication collector of the collection box through shielded twisted pair cables, and then transmit data to the system host through Ethernet cables, thus achieving the overall construction of the power monitoring system |
| Functions implemented by the system: | 1. The system has the ability to display and collect the operating status of distribution circuits in each substation, as well as the bus voltage, incoming and reactive power, power factor and frequency, and electrical energy of important incoming and outgoing circuits in the form of a one-time graph. 2. The system has scheduled real-time meter reading and summary statistics for each circuit, and users can freely query the electricity consumption of each circuit. 3. The system has designed circuit load trend curves for each monitoring point on site, which facilitates maintenance personnel to grasp the proportion of electricity demand and power supply load. 4. The system can compare and analyze historical data, timely detect potential faults, and reduce equipment maintenance costs. 5. The system has communication status display, which can display the communication status of each device in real time and monitor the network communication status online. 6. The system has permission management function, which can prevent unauthorized operations through user permission management. 7. Open data interfaces for third-party data uploading. |
