CN106911138A

CN106911138A - Avoided the peak hour energy saver using the intelligent grid of cloud computing technology

Info

Publication number: CN106911138A
Application number: CN201510971230.7A
Authority: CN
Inventors: 尚佐旭
Original assignee: Tianjin Huafang Technology Co Ltd
Current assignee: Tianjin Huafang Technology Co Ltd
Priority date: 2015-12-22
Filing date: 2015-12-22
Publication date: 2017-06-30

Abstract

The present apparatus is disclosed avoids the peak hour energy saver using the intelligent grid of cloud computing technology, belong to person in electronics, including Internet of Things electrical measurement module, the judge module for whether reaching low power consumption, the judge module, the star t-up discharge module that start charging module, whether reach peak of power consumption.The major function of the present apparatus is because the user power utilization amount of the power network powered has crest and trough phenomenon, during user power utilization, if missing peak of power consumption will reduce the load of power network, the operational efficiency for improving power network also plays energy-conserving action simultaneously, by internet of things sensors, the power consumption on sensor circuit, charging equipment starts its charge function in the low ebb of power supply, from motion tracking charged state, so that it is more steady to charge, play a part of intelligent peak regulation.

Description

Avoided the peak hour energy saver using the intelligent grid of cloud computing technology

Technical field

The present invention relates to technical fields such as electronics, Intensive economy, sensors, more particularly to avoided the peak hour energy-saving equipment using the intelligent grid of cloud computing technology.

Background technology

Because there is crest and trough phenomenon in the user power utilization amount of the power network powered, during user power utilization, if missing peak of power consumption will reduce the load of power network, the operational efficiency for improving power network also plays energy-conserving action simultaneously, by internet of things sensors, the power consumption on sensor circuit, charging equipment starts its charge function in the low ebb of power supply, from motion tracking charged state, so that it is more steady to charge, play a part of intelligent peak regulation.In order to economize on resources, environmental protection echoes intensive economic model, and the intelligent grid of this application cloud computing technology energy saver of avoiding the peak hour can be well adapted for this demand.

The content of the invention

Avoided the peak hour energy saver it is an object of the invention to provide a kind of intelligent grid of application cloud computing technology, economized on resources, environmental protection echoes intensive economic model.

The present invention by Internet of Things electrical measurement module, whether reach the judge module of low power consumption, start charging module, the judge module that whether reaches peak of power consumption, star t-up discharge module and constitute.

Technical scheme：Whether the output end connection of Internet of Things electrical measurement module reaches the input of the judge module of low power consumption；The input for whether reaching the output end connection Internet of Things electrical measurement module of the judge module of low power consumption and the input for starting charging module；Whether the output end for starting charging module connects the input of the judge module for reaching peak of power consumption；Whether the input and the input of star t-up discharge module of the output end connection Internet of Things electrical measurement module of the judge module of peak of power consumption is reached；The output end of star t-up discharge module connects the input of Internet of Things electrical measurement module.

The present invention has the advantage that：1. the reasonable utilization of resource can be realized, resource utilization, more energy-conserving and environment-protective is improved.2. the present apparatus is more intelligent, automation, easy to operate simple, is adapted to major part average family.

Brief description of the drawings

Fig. 1 is block diagram of the invention.

Fig. 2 is implementation schematic diagram of the invention.

Specific embodiment

As shown in Figure 1, avoided the peak hour energy saver using the intelligent grid of cloud computing technology, including Internet of Things electrical measurement module, whether reach the judge module of low power consumption, start charging module, the judge module, the star t-up discharge module that whether reach peak of power consumption, whether the output end connection of Internet of Things electrical measurement module reaches the input of the judge module of low power consumption；The input for whether reaching the output end connection Internet of Things electrical measurement module of the judge module of low power consumption and the input for starting charging module；Whether the output end for starting charging module connects the input of the judge module for reaching peak of power consumption；Whether the input and the input of star t-up discharge module of the output end connection Internet of Things electrical measurement module of the judge module of peak of power consumption is reached；The output end of star t-up discharge module connects the input of Internet of Things electrical measurement module.

Whether the basic functional principle of the described judge module for reaching low power consumption is, if sensor detects not up to low power consumption, output end connects the input of Internet of Things electrical measurement module；If sensor detection reaches low power consumption, output end connection starts the input of charging module, starts and charge.

Whether the basic functional principle of the described judge module for reaching peak of power consumption is, if sensor detects not up to peak of power consumption, output end connects the input of Internet of Things electrical measurement module；If sensor detection reaches peak of power consumption, output end connects the input of star t-up discharge module, star t-up discharge.

As shown in Fig. 2 Internet of Things electric power detection module 1 is placed in circuit, whether when reaching the judge module 2 of low power consumption and monitoring not up to low power consumption, Internet of Things electric power detection module 1 continues to monitor；When whether reach low power consumption judge module 2 monitoring reach low power consumption when, then start charging module 3 start working, start charge；Whether when reaching the judge module 5 of peak of power consumption and monitoring not up to peak of power consumption, Internet of Things electric power detection module 1 continues to monitor；When whether reach peak of power consumption judge module 5 monitoring reach peak of power consumption when, then star t-up discharge module 4 is started working, star t-up discharge.

One embodiment of the present of invention has been described in detail above, but the content is only presently preferred embodiments of the present invention, it is impossible to it is considered as limiting practical range of the invention.All impartial changes made according to the present patent application scope and improvement etc., all should still belong within patent covering scope of the invention.

Claims

1. avoided the peak hour energy saver using the intelligent grid of cloud computing technology, it is characterised in that：Including Internet of Things electrical measurement module, whether reach the judge module of low power consumption, start charging module, the judge module, the star t-up discharge module that whether reach peak of power consumption, whether the output end connection of Internet of Things electrical measurement module reaches the input of the judge module of low power consumption；The input for whether reaching the output end connection Internet of Things electrical measurement module of the judge module of low power consumption and the input for starting charging module；Whether the output end for starting charging module connects the input of the judge module for reaching peak of power consumption；Whether the input and the input of star t-up discharge module of the output end connection Internet of Things electrical measurement module of the judge module of peak of power consumption is reached；The output end of star t-up discharge module connects the input of Internet of Things electrical measurement module.

2. the intelligent grid of application cloud computing technology according to claim 1 is avoided the peak hour energy saver, whether being further characterized in that the basic functional principle of the described judge module for reaching low power consumption is, if sensor detects not up to low power consumption, output end connects the input of Internet of Things electrical measurement module；If sensor detection reaches low power consumption, output end connection starts the input of charging module, starts and charge.

3. the intelligent grid of application cloud computing technology according to claim 1 is avoided the peak hour energy saver, whether being further characterized in that the basic functional principle of the described judge module for reaching peak of power consumption is, if sensor detects not up to peak of power consumption, output end connects the input of Internet of Things electrical measurement module；If sensor detection reaches peak of power consumption, output end connects the input of star t-up discharge module, star t-up discharge.