Introduction:
Realize networked and intelligent power supply, with a higher degree of integration
Realize monitoring of the entire power supply's UPS, DC system, AC power supply, emergency lighting system, communication, and active inverter on one platform, improving the system's networking and intelligence level.
-The intelligent devices of each subsystem are connected to the integrated monitor through the communication network, with one communication port and one protocol connected to the integrated automation/scheduling system;
-You can view the power, switch status, and event information of each subsystem in real-time from one location, modify system parameters, operation mode, and remote control switches to achieve the "four remote" function of power supply;
-A unified information sharing platform can improve the comprehensive automation application level of power supply, and carry out in-depth development and application such as power supply coordination and linkage, status maintenance, etc
Specification:
1. Integrated design technology: By developing and applying new equipment (such as integrated power monitoring devices and intelligent AC/DC load switches), build an intelligent integrated hardware platform for power supply; Through the application of new technologies (digital network technology based on IEC61850), information sharing and interoperability are achieved, and an intelligent integrated software platform for power supply is established, making the station AC/DC power supply an integrated and open intelligent system.
2. Intelligent control technology: Adopting integrated power monitoring based on fieldbus technology, it monitors and manages AC power supply, DC operating power supply, power dedicated UPS power supply, inverter power supply, and communication power supply, with full digital control, high intelligence and good reliability. Adopting intelligent devices that support fieldbus technology (such as battery monitoring devices, insulation detection devices, etc.). Realizing full digitization of data transmission has improved the accuracy of data and the reliability of products.
3. Networked remote control: Fully utilize network technology to achieve decentralized data collection and centralized management of the integrated power system. Through the Ethernet communication interface provided by the integrated monitoring device, information exchange is carried out with the integrated automation system using protocols such as IEC61850 (DL/T 860). Remote implementation of the "four remotes" function and intelligent management of the station power system improves the reliability and safety of the power system.
4. Humanized display interface: The integrated monitoring device adopts a true color touch LCD screen as the human-machine interface for operation display, with full Chinese menus and fault-tolerant button operation. The interface is clear and intuitive, and the operation is simple and reliable. And adopt a multi-level operation permission management method to effectively prevent misoperation and ensure the safe and reliable operation of the system.
5. Standardized hardware structure: adopting GGD skeleton, assembled combination structure, module hole installation, strong universality and applicability of components, with characteristics of compact structure, good strength, high performance, and reliable isolation. The intelligent hardware adopts an integrated, standardized, and modular hardware structure, with a novel and elegant structure, convenient installation, safe maintenance, and high reliability quality assurance.