Method and system for implementing holistic information management in communication base station

Abstract

The invention discloses a method for implementing holistic information management in a communication base station. The method comprises the following steps of: acquiring environmental information in the base station; acquiring related security information in the base station; acquiring energy consumption information of the base station; acquiring related information of an air-conditioning system of the base station; acquiring the operating state of energy-saving equipment, acquiring electrical energy, analyzing power saving quantity and acquiring alarm processing information; acquiring video information; uploading the acquired information to a server of an upper computer of a base station information system through a network, and performing asset management analysis, dynamic ring monitoring analysis, energy consumption management analysis, air-conditioning energy-saving equipment operating analysis and base station energy-saving data analysis on the acquired data, wherein the acquired data can be compatible with other dynamic ring systems; and sending related instructions to the base station through the network, thus realizing acquisition and monitoring of dynamic rings. The environmental information in the base station comprises information of temperature and humidity inside and outside the base station and smoke alarm, water immersion alarm, power failure, high and low voltage, default phase, total electrical degree, battery fault, battery low voltage and electricity stealing.

Description

(1) Technical field [0001] The present invention relates to a management method and system for a communication base station, in particular to a method and system for realizing overall information management of a communication base station. (2) Background technology [0002] The power and environment centralized monitoring system inside the base station is the supporting network management system for communication power equipment and computer room environment, and is an important means to realize power centralized monitoring, improve labor efficiency, and ensure the normal operation of communication equipment. Looking around the current status of the existing access network power and environmental monitoring system construction, most of them are built in the form of traditional E1 private network time slotting and E1 time slotting (semi-permanent connection), but the former occupies too much transmission resources, and the latter has a large impact on the BSC. The equipment h...

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Problems solved by technology

Looking around the current status of the existing access network power and environmental monitoring system construction, most of them are built in the form of traditional E1 dedicated network time slotting and E1 time slotting (semi-permanent connection). The equipment has unique requirements, and sharing an E1 transmission channel with the base station is likely to cause mutual influence, and its networking cost is also very high; in order to save costs, there are also wireless networking methods such as SMS and GPRS, but limited by bandwidth and wireless communication. The stability of the network itself and other factors affect its effect, which is not ideal

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