Intelligent energy-consumption management support system

Abstract

The invention discloses an intelligent energy consumption management support system (SEMOS); the intelligent energy consumption management support system comprises a local control induction system (LCS), an energy saving gateway (ESG) and an operation support system (OSS). The local control induction system (LCS), the energy saving gateway (ESG) and the operation support system (OSS) are arranged from the bottom to the top, wherein, the LCS is used for utilizing a plurality of sensors or local controllers, collecting environmental parameters and working parameters of a base station primary device and processing. The ESG is used for reporting various kinds of base station parameters and warning information to a remote backstage supporter or a server of the OSS in real time or periodically. The OSS is used for inquiring or setting various kinds of base station parameters of the base station main device or an environmental device. The obtained data is made into various kinds of report forms and warning information, and the OSS is also used for dealing with various kinds of journal files, analyzing, receiving the energy consumption data, providing a decision model and starting the updating of a remote gateway program and a novel trend logic. The SEMOS has the advantages that the manual sum of labor is small, the remote monitoring performance is good and the temperature regulation ability and the energy conservation ability are good.

Description

technical field [0001] The present invention relates to the technical field of communication base stations, and in particular to an intelligent energy management support system (SEMOS for short). Background technique [0002] Constructing a green ecological chain and advocating technological innovation to achieve energy saving and consumption reduction are the current common development directions of various industries. The focus of energy conservation and emission reduction work of telecom operators is mainly to reduce power consumption. The distribution of energy consumption in communication base stations generally recognized in the industry is basically as follows: main communication equipment consumes about 51%, air conditioners account for about 46%, and other supporting equipment account for about 3%. The core of the energy saving and emission reduction work of mobile communication base stations is to reduce the power consumption of communication main equipment and ai...

AI Technical Summary

Problems solved by technology

In the actual energy-saving operation process, there are mainly the following major status quo, so that the energy-saving effect is not so obvious and the energy-saving cannot be carried out thoroughly and effectively

[0006] 1) Energy-saving equipment is not connected to remote management:

[0007] ①The current real-time operation status of energy-saving equipment is not easy and basically impossible to grasp:

At present, the dynamic ring system in the base station cannot complete this management function. It can only complete the rough management of the computer room, such as temperature, access control, etc., and cannot achieve the fine management and control of the equipment status and find the cause of the warning.

[0009] ② The control logic of energy-saving equipment cannot be managed remotely:

[0016] ⑤ The confirmation of energy-saving data is cumbersome and complicated, especially for the confirmation of energy-saving data in the season when the air conditioner is turned off, which is prone to ambiguity:

[0020] Problems in the fresh air system: Accurate collection of outdoor temperature; Synchronization of indoor temperature collection and dynamic environment system data; The cooling effect of the air conditioner seriously affects the energy saving efficiency;

[0021] These current conditions have led to the inability to effectively carry out large-scale and active promotion of energy conservation.

[0022] two. The problem of energy consumption management in base station equipment room

[0024] The application of energy-saving equipment is unreasonable: the fresh air volume is insufficient; the thermostat is installed separately, and it is not linked with the air conditioner;

[0025] Low-efficiency and ineffective work of air conditioners: The cooling capacity of the air conditioner is insufficient but the temperature can be controlled so that the temperature does not reach the high temperature alarm. The working hours of the air conditioner are much higher than normal, which wastes a lot of power. The air conditioner 1 is in a long-term invalid working state, causing a lot of waste of electric energy;

[0026] Fresh air outdoor temperature collection problem: In the case where the fresh air is installed in the north, the fresh air outdoor unit generates high temperature under direct sunlight, resulting in higher temperature collection than the actual air temperature, which reduces the reasonable operation time of the fresh air;

[0027] The linkage logic problem of the fresh air conditioner: the start-up temperature difference of the traditional fresh air setting is a fixed value, and there is a risk of ping-pong effect in the high-load base station; There is a situation that the fresh air utilization rate is low

Therefore, it is unreasonable to have a fixed fresh air start-up temperature difference;

[0028] Cleaning of the fresh air filter: It is impossible to grasp the cleanliness of the fresh air filter. The cleaning cycle of the filter cannot be fixed due to the difference in climate between the four seasons and the geographical environment where the base station is located. The method of regular station maintenance is neither scientific nor economical. There is no guarantee, and it is difficult to refine and evaluate the assessment;

[0029] Damage to energy consumption management by the maintenance or construction team: When the maintenance or construction team goes to the station in summer, they often manually set the air conditioner to work at low temperature, and rarely restore the original setting when they leave. The computer room works at a temperature lower than the standard. produce unnecessary waste

[0032] Insufficient manpower of professional maintenance personnel: the number of maintenance personnel is small, unable to meet the requirements of real-time monitoring and maintenance (the maintenance company has manpower but lacks professional knowledge and operating means);

[0035] In the process of realizing the present invention, the inventors found that in the actual energy-saving process of the base station equipment room in the prior art, at least there are defects such as large manual labor, inability to realize remote monitoring, poor temperature adjustment ability and poor energy-saving effect

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