EGPRS communication method and system based on hierarchic energy consumption management

Abstract

The invention discloses an EGPRS communication method and system based on hierarchic energy consumption management. The method comprises the following steps: an EGPRS communication device controls a survey terminal to access a network to establish connection with a platform and communicate with the platform; an energy consumption management module acquires an application terminal of the current survey terminal under the control of a main controller, and performs energy consumption estimation on total procedure of the communication according to the acquired application, the length of the communication data, and the energy consumption measurement, and dynamically adjusts a work mode of the EGPRS communication device according to an estimated result; a battery power supply module detects whether the battery remaining capacity satisfies the working capacity of the EGPRS communication device under the work mode of the adjusted EGPRS communication device, if the working capacity of the EGPRScommunication device cannot be satisfied, the electric capacity warning reporting is started. Through the method and system disclosed by the invention, the energy consumption mode of the EGPRS communication module can be quickly adjusted, the whole power consumption of the system is effectively reduced, the battery use ratio is improved, and the system standby time and work time of the battery power supply are improved.

Description

technical field [0001] The invention relates to the technical field of information collection and communication, in particular to an EGPRS communication method and system based on hierarchical energy consumption management. Background technique [0002] Geological and environmental surveys are attracting more and more people's attention. Traditional geological and environmental survey systems can only use patrol inspections to conduct discrete surveys of monitoring areas and rely on humans. Therefore, traditional geological surveys require relevant personnel to conduct uninterrupted and regular on-site surveys. The geological and environmental monitoring of the Internet of Things arranges sensors at survey points, and without human intervention, the geological and environmental parameters can be collected periodically through the sensors under the conditions of a specified collection strategy. And the data is recorded locally, and the data is uploaded online. [0003] Most...

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Problems solved by technology

[0005] In view of the above deficiencies in the prior art, the purpose of the present invention is to provide an EGPRS communication method and system based on hierarchical energy management, aiming at solving the problem of high power consumption of the communication module of the survey terminal in the prior art and shortening the use of battery power. time technical issues

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