Self-adaption energy saving method and business system having self-adaption energy saving function

Abstract

The present invention provides a self-adaption energy saving method of a business system and a business system having a self-adaption energy saving function. The method comprises the following steps: a front office business node in a network section is set as a host terminal, other front office business nodes in the network section are set as controlled terminals, and a fixed time section is also set; after the host terminal detects that the business system enters the fixed time section, the resource occupancy rates of all front office business nodes started are continuously detected by the host terminal; when the resource occupancy rates of all front office business nodes started are all lower than a preset threshold and continuously exceed a preset time period, a closing command is orderly sent to at least one front office business node started in the controlled terminals until one front office business node started in the controlled terminals is left; the controlled terminals are shut down after receiving the closing command. The present invention is simple and can conduct self-adaption On and Off operation for controlled servers under the condition of meeting energy saving requirements. When the application is further expanded, the present invention can also realize full-time automatic On and Off operation according to business volume fluctuation.

Description

technical field [0001] The invention relates to the field of mobile communication value-added services, in particular to an adaptive energy-saving method and a service system with the function. Background technique [0002] With the rapid development of IT technology, the energy (mainly electric energy) consumed by the IT field has far exceeded people's imagination. Taking the applications that people use every day as an example, every Google search consumes enough electricity to turn on an 11-watt energy-saving lamp for 15 minutes; a desktop computer that is not turned off consumes more than 0.5 kWh of electricity every night, and more than 180 kWh a year. Data show that in 2007, the total power consumption of IT products in my country was 30 billion-50 billion kWh. According to statistics, among the current energy consumption of IT products, the energy consumption of personal computers accounts for about 50% of the total energy consumption, while the energy consumption of...

AI Technical Summary

Problems solved by technology

[0007] However, IPMITOOL cannot automatically shut down some or even most servers and the applications on them according to the policy without affecting the business at night. After the business volume increases during the day, it will automatically turn on the shut down server and start the business accordingly

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