Mobile energy monitoring management system

Abstract

The invention discloses a mobile energy monitoring management system comprising an energy management servo unit. The energy management servo unit is used to acquire real-time states of monitored units and energy utilization information by network, and a user can install an energy management software unit on an intelligent behavior unit having a shooting and display function in order to receive the state information of various intelligent energy monitored units, and can expand the augmented reality. The energy management software unit can be used to transmit the control instruction by the mobile network to the energy management servo unit, and then can be used to forward the control instruction to the corresponding energy monitored units, which can be used to execute the energy management and control motion required by the control instruction. The energy management software unit can be used to integrate the energy states of the energy monitored units and the environmental image shot by the shooting camera of the intelligent moving unit together to be displayed on the display of the intelligent moving unit.

Description

technical field [0001] The invention relates to the field of communication technology, in particular to a mobile energy monitoring and management system. Background technique [0002] The progress of modern civilization relies on the drive of a large number of various energy sources. Modern people use energy all the time in their lives, and our daily necessities of life are all closely related to water, electricity, gas, oil and other energy sources. In addition to hoping to achieve the most efficient use of limited resources to achieve energy-saving effects, and to pursue a better and more convenient quality of life, the issue of energy management and control has always been the goal of people's research efforts. [0003] Traditional energy management mostly relies on manual meter reading records, on-site monitoring, or manual regulation to achieve the purpose of control or billing. With the evolution and development of mobile communications, the Internet and various IT t...

AI Technical Summary

Problems solved by technology

[0005] However, for on-site workers, the current intelligent energy management methods are relatively monotonous and boring, and most of them still use specific management interfaces or webpages for operations. And when there are a large number of devices, or when the location of the equipment to be checked is uncertain, the query and operation are still time-consuming, inconvenient, and error-prone; in addition, when it is necessary to display various energy When the equipment is in use, it is not easy to achieve

Moreover, it is impossible to integrate the user's on-site environment with the remote energy equipment through the operation on the webpage or application program on the mobile device, and it is also impossible to guide the user to query or display the location of the energy equipment in real time and conveniently.

It can be seen that there are still many deficiencies in the above-mentioned commonly used methods, which are not a good design and need to be improved urgently.

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