The intelligent power distribution unit is an intelligent power distribution system used to monitor the power consumption of equipment and the parameters of its environment.
Intelligent Power Distribution Uint
Namely: intelligent power distribution system (including equipment hardware and management platform), also known as network power control system, remote power management system or RPDU.
It can remotely and intelligently control the on/off/restart of the electrical equipment of the equipment, and at the same time monitor the power consumption of the equipment and the environmental parameters in which it is located, which can help users perform unattended management of their electrical equipment.
As an industrial-grade intelligent power distribution control unit specially designed for IDCs, ISPs, enterprise data centers or equipment control centers and their remote base points, it integrates power distribution, overload protection, isolation, grounding, monitoring, and management in the computer room. It can significantly improve the security of the power supply system in the computer room. Compared with the traditional power distribution unit, the remote network power control system of Hengan can provide a network management interface. It is no longer a single conductive and power control product, but a new generation of intelligent power distribution management system that can provide intelligent power management.
It can not only supply power to the device, but also has powerful functions such as disconnection, connection, query, monitoring, filing, and intelligent management. It can easily help users to realize remote on/off/restart operations, reduce maintenance workload, and increase network manageability. , make up for the power management part that the network management software can’t involve.
Working principle:
Through the remote network control technology, the remote server can perform status query, switch, restart and other operations in the way of out-of-band management, without being limited by specific equipment or special programs, and without opening the device shell. It provides a separate password protection mechanism for each port, which can be divided into clear management levels. Users can break through time and geographical restrictions, perform simple operations on the web page, and only need to pass user name authentication to control the power supply of electrical equipment and query the storage environment status. The network power controller is divided into single-port and multi-port devices, that is, it can control a single device or a large number of devices, which brings great convenience to single installation and cluster installation, and realizes on-demand distribution. Unified management of a large number of devices can be easily achieved on a centralized management platform.
Take the IDC computer room as an example:
The computer room can monitor the equipment environment and power consumption parameters in real time through the network power control system, and can query and connect the power supply of the server’s downlink port only by connecting to the Internet or local area network without the need for professional technicians to arrive at the equipment site. Disconnect or restart to realize remote operation and maintenance.
Through the centralized management platform, the operation and maintenance party and its customers can achieve differentiated shared management, online monitoring and control of equipment within the authority anytime, anywhere. The operation and maintenance party can also independently set tasks for automatic control, and comprehensively manage equipment management information and user usage, so as to achieve large-scale real-time online management of clusters.
In this way, the problem of downtime of electrical equipment such as servers of network operators and enterprise users can be found and solved in a timely manner, which can not only greatly improve the work efficiency and social reputation of operation and maintenance providers such as IDC and ISP service providers, but also can greatly improve the work efficiency and social reputation. Create greater economic benefits for users.
Practical benefits:
Real-time monitoring of power supply information and ambient temperature and humidity, which is convenient for users to independently manage devices within their authority, and realize the linkage between air-conditioning temperature and humidity and space temperature and humidity.
Through the Internet, use a unified interface to manage all power-consuming devices within the authority, and remotely or locally perform device switching or restarting.
Comprehensively manage device management information and user usage, log records, and facilitate device deployment and network planning.
Time and task management can be set as needed to reduce unnecessary consumption of energy and resources.
Reduce the labor intensity of network management personnel, improve their job satisfaction and work efficiency.
Based on the out-of-band management mode, it is not limited by a specific device or program.
It is the gain and support for the existing management platform of the computer room.
Suitable for harsh environments and emergencies.
Unattended management can be achieved.
Technical Services:
out-of-band remote power management,
Condition trigger task monitoring,
time-triggered task monitoring,
Set up automatic cycle control,
Online monitoring of temperature and humidity,
Double execution and automatic alarm,
Realize remote custom control,
Device management and user management simultaneously.
OEM/ODM service, can be customized/trial.