CN208489696U - A kind of generation monitoring equipment and generation monitoring system - Google Patents
A kind of generation monitoring equipment and generation monitoring system Download PDFInfo
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- CN208489696U CN208489696U CN201821360830.5U CN201821360830U CN208489696U CN 208489696 U CN208489696 U CN 208489696U CN 201821360830 U CN201821360830 U CN 201821360830U CN 208489696 U CN208489696 U CN 208489696U
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Abstract
The utility model provides a kind of generation monitoring equipment and generation monitoring system, the equipment includes: and the concatenated alternating current monitor of mains supply, alternating current monitor includes: the first observation circuit and the first transmission circuit being sequentially connected electrically, first observation circuit is used for the output voltage of real-time monitoring mains supply, and the first transmission circuit is used to the output voltage of mains supply being sent to cloud server；With the concatenated generation monitoring device of generating equipment, generation monitoring device includes: the second observation circuit, counting circuit and the second transmission circuit being sequentially connected electrically, second transmission circuit is electrically connected with the second observation circuit, output voltage and output electric current of second observation circuit for real-time monitoring generating equipment, counting circuit is used to calculate power generation data according to the output voltage and output electric current of generating equipment, and the second transmission circuit is used to the output voltage of generating equipment and output electric current and power generation data being sent to cloud server.The utility model can it is more objective, accurately grasp power generation situation.
Description
Technical field
The utility model relates to power supply technique field more particularly to a kind of generation monitoring equipment and generation monitoring system.
Background technique
In order to ensure that communication base station can run well in mains failure, to ensure that communication network is unimpeded, usually
It needs to be equipped with generating equipment for base station, for example, mobile diesel engine.
Meanwhile for science, reasonably control power generation, when using power generation, need can to power generation situation into
Row supervision.Currently, the mode for mainly taking manual oversight to generate electricity, i.e. arrangement special messenger supervise in the spot, and anti-according to the special messenger
The power generation situation reflected is managed the payment of the electricity charge (for example, power generation).When being generated electricity using manual oversight, not only need put into compared with
Big human cost, and be easy to appear and lie about or make a false report situation, that is, be difficult to it is objective, accurately grasp power generation situation.
Utility model content
The utility model embodiment provides a kind of generation monitoring equipment and generation monitoring system, to solve using manual oversight
When power generation, not only need to put into biggish human cost, but also be easy to appear the problem of lying about or making a false report.
In order to solve the above technical problems, the utility model is realized in this way:
In a first aspect, the utility model embodiment provides a kind of generation monitoring equipment, comprising:
Alternating current monitor, the alternating current monitor are connected with mains supply, and the alternating current monitor includes: to be sequentially connected electrically
The first observation circuit and the first transmission circuit, output electricity of first observation circuit for mains supply described in real-time monitoring
Pressure, first transmission circuit are used to the output voltage of the mains supply being sent to cloud server；And
Generation monitoring device, the generation monitoring device are connected with generating equipment, and the generation monitoring device includes: to be sequentially connected electrically
The second observation circuit, counting circuit and the second transmission circuit, and second transmission circuit and second observation circuit electricity
Connection, output voltage and output electric current of second observation circuit for generating equipment described in real-time monitoring, the calculating electricity
Road is used to calculate power generation data according to the output voltage and output electric current of the generating equipment, and second transmission circuit is used for will
The output voltage and output electric current of the generating equipment and the power generation data are sent to the cloud server.
Optionally, the alternating current monitor further include:
The first decision circuitry being electrically connected with first observation circuit and first transmission circuit, first judgement
Circuit be used for according to the output voltage of the mains supply judge the mains supply whether normal power supply, obtain the first judgement knot
Fruit, first transmission circuit are also used to the first judgement result being sent to the cloud server.
Optionally, the generation monitoring device further include:
The second decision circuitry being electrically connected with second observation circuit and second transmission circuit, second judgement
Circuit judges whether the generating equipment is in generating state with electric current is exported for the output voltage according to the generating equipment,
The second judgement is obtained as a result, second transmission circuit is also used to the second judgement result being sent to the cloud server.
Optionally, the generation monitoring device further include:
The time circuit being electrically connected with second decision circuitry and second transmission circuit, the time circuit are used for
The generating dutation information of the generating equipment is obtained, second transmission circuit is also used to for the generating dutation information being sent to
The cloud server.
Optionally, the generation monitoring device further include:
The positioning circuit being electrically connected with second transmission circuit, the positioning circuit is for obtaining the generating equipment
Location information, second transmission circuit are also used to the location information being sent to cloud server.
Optionally, the generating equipment is DC generation equipment or AC power generating apparatus；
Second observation circuit includes:
The direct current observation circuit being electrically connected with the counting circuit and second transmission circuit, the direct current observation circuit
For monitoring the output voltage and output electric current of DC generation equipment；And/or
The exchange observation circuit being electrically connected with the counting circuit and second transmission circuit, the exchange observation circuit
For monitoring the output voltage and output electric current of AC power generating apparatus.
Optionally, the generation monitoring device further include:
The switching circuit being electrically connected with second observation circuit, counting circuit and second transmission circuit, the hair
Pyroelectric monitor device is connected by the switching circuit with the generating equipment, and second transmission circuit is also used to receive cloud service
The generating equipment open command that device is sent, the switching circuit are used to disconnect the switch according to the generating equipment open command
Being electrically connected between circuit and the generating equipment.
Second aspect, the utility model embodiment also provide a kind of generation monitoring system, comprising: above-mentioned generation monitoring equipment
And cloud server；Wherein,
The cloud server includes: the third transmission circuit being sequentially connected electrically and storage circuit；Wherein the third passes
Transmission of electricity road is used to receive the output voltage for the mains supply that first transmission circuit is sent；
The third transmission circuit is also used to receive the output electricity for the generating equipment that second transmission circuit is sent
Pressure and output electric current and the power generation data；The storage circuit is used to store the output voltage, described of the mains supply
The output voltage and output electric current of generating equipment and the power generation data.
Optionally, the cloud server further include:
The 4th transmission circuit being electrically connected with the storage circuit, the 4th transmission circuit are used for described in terminal transmission
The output voltage of mains supply, the output voltage of the generating equipment and output electric current and the power generation data.
Optionally, the generation monitoring equipment is above-mentioned generation monitoring equipment；
The cloud server further include:
The instruction repeat circuit being electrically connected with the third transmission circuit, the third transmission circuit are also used to receive terminal
The generating equipment open command of transmission, described instruction repeat circuit are used to send the generating equipment to second transmission circuit
Open command.
In the utility model embodiment, by with the concatenated alternating current monitor of mains supply and with the concatenated hair of generating equipment
Pyroelectric monitor device real-time monitoring and can upload the output voltage of the output voltage of mains supply in power generation process, generating equipment
With output electric current and power generation data, supervised without personnel, thus the human cost put into needed for can not only saving, and
Can be avoided and lie about or make a false report situation, so can it is more objective, accurately grasp power generation situation.
Detailed description of the invention
In order to illustrate more clearly of the technical solution of the utility model embodiment, the utility model embodiment will be retouched below
Attached drawing needed in stating is briefly described, it should be apparent that, the accompanying drawings in the following description is only the utility model
Some embodiments for those of ordinary skill in the art without any creative labor, can be with root
Other attached drawings are obtained according to these attached drawings.
Fig. 1 is one of the structural schematic diagram of generation monitoring equipment provided by the embodiment of the utility model；
Fig. 2 is the second structural representation of generation monitoring equipment provided by the embodiment of the utility model；
Fig. 3 is the third structural representation of generation monitoring equipment provided by the embodiment of the utility model；
Fig. 4 is the structural schematic diagram of generation monitoring system provided by the embodiment of the utility model.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
It clearly and completely describes, it is clear that the embodiments are a part of the embodiments of the present invention, rather than whole implementation
Example.Based on the embodiments of the present invention, those of ordinary skill in the art are obtained without creative efforts
The every other embodiment obtained, fall within the protection scope of the utility model.
As shown in Figure 1 to Figure 3, the utility model embodiment provides a kind of generation monitoring equipment, comprising:
Alternating current monitor 1, the alternating current monitor 1 are connected with mains supply 2, and the alternating current monitor 1 includes: successively electric
The first observation circuit 11 and the first transmission circuit 12 of connection, first observation circuit 11 is for the electricity of alternating current described in real-time monitoring
The output voltage in source 2, first transmission circuit 12 are used to the output voltage of the mains supply 2 being sent to cloud service
Device；And
Generation monitoring device 3, the generation monitoring device 3 are connected with generating equipment 4, and the generation monitoring device 3 includes: successively electric
The second observation circuit 31, counting circuit 32 and the second transmission circuit 33 of connection, and second transmission circuit 33 and described the
The electrical connection of two observation circuits 31, second observation circuit 31 is for the output voltage of generating equipment 4 described in real-time monitoring and defeated
Electric current out, the counting circuit 32 are used to calculate power generation data, institute according to the output voltage and output electric current of the generating equipment 4
The second transmission circuit 33 is stated for the output voltage of the generating equipment 4 and output electric current and the power generation data to be sent to
The cloud server.
With continued reference to Fig. 1, above-mentioned alternating current monitor 1 is connected with mains supply 2 can be alternating current monitor 1 and is connected on alternating current
On power line between the output end and power change-over switch 5 of power supply 2；Above-mentioned generation monitoring device 3 is connected with generating equipment 4 can be with
Be generation monitoring device 3 be connected on generating equipment 4 and aforementioned power source switching switch 5 between power line on；Herein, power supply switching is opened
Closing 5 can be for circuit between mains supply 2 and base station equipment 6 to be connected or for generating equipment 4 and base station equipment 6 to be connected
Between circuit, power switching is powered or the switch powered of generating equipment 4 at mains supply 2.
Above-mentioned alternating current monitor 1 is connected with mains supply 2 can be the first observation circuit 11 and alternating current of alternating current monitor 1
Power supply 2 is connected；Above-mentioned generation monitoring device 3 is connected with generating equipment 4 can be the second observation circuit 31 and hair of generation monitoring device 3
Electric equipment 4 is connected.
Above-mentioned power generation data may include at least one of following: active power, reactive power, apparent energy, power factor,
This electricity issued, accumulative electricity.Above-mentioned cloud server can be used for storing and log in inquiry mains supply 2 for user
Output voltage, the output voltage of generating equipment 4 and output electric current and power generation data.
In the utility model embodiment, by with the concatenated alternating current monitor of mains supply and with the concatenated hair of generating equipment
Pyroelectric monitor device real-time monitoring and can upload the output voltage of the output voltage of mains supply in power generation process, generating equipment
With output electric current and power generation data, supervised without personnel, thus the human cost put into needed for can not only saving, and
Can be avoided and lie about or make a false report situation, so can it is more objective, accurately grasp power generation situation.
Optionally, as shown in Fig. 2, the alternating current monitor 1 further include:
The first decision circuitry 13 being electrically connected with first observation circuit 11 and first transmission circuit 12, described
One decision circuitry 13 be used to be judged according to the output voltage of the mains supply 2 mains supply 2 whether normal power supply, obtain
First determines as a result, first transmission circuit 12 is also used to the first judgement result being sent to the cloud server.
Wherein, the above-mentioned output voltage according to the mains supply 2 judge the mains supply 2 whether normal power supply, can
Be judged according to the size of the output voltage of mains supply 2 mains supply 2 whether normal power supply, for example, when mains supply 2
When output voltage is greater than or equal to the first preset threshold, judgement mains supply 2 is normal power supply state, and when mains supply 2
When output voltage is less than the first preset threshold, judgement mains supply 2 is off-position.Above-mentioned cloud server can be also used for depositing
It stores up and logs in inquiry first for user and determine result.
Due to by the first decision circuitry judge mains supply whether normal power supply, and by first determine result be sent to cloud
Server is held, in this way, user can directly know the power supply state of mains supply by logging in cloud server, eliminates people
The step of work judges, it is more intuitive and efficient.
Optionally, as shown in Fig. 2, the generation monitoring device 3 further include:
The second decision circuitry 34 being electrically connected with second observation circuit 31 and second transmission circuit 33, described
Two decision circuitries 34 are used to judge whether the generating equipment 4 is located according to the output voltage and output electric current of the generating equipment 4
In generating state, obtain the second judgement as a result, second transmission circuit 33 be also used to for the second judgement result being sent to it is described
Cloud server.
Wherein, the above-mentioned output voltage according to the generating equipment 4 and output electric current judge whether the generating equipment 4 is located
In generating state, the size judgement of the output electric current of the size and generating equipment 4 according to the output voltage of generating equipment 4 can be
Whether generating equipment 4 is in generating state, for example, when the output voltage of generating equipment 4 is greater than or equal to the second preset threshold
And/or when the output electric current of generating equipment 4 is greater than or equal to third predetermined threshold value, determine that generating equipment 4 is in generating state；
Otherwise, it is determined that generating equipment 4 is in non-power generating state.Above-mentioned cloud server can be also used for storage and log in for user to inquire
Second determines result.
Due to by the second decision circuitry judge generating equipment whether normal power supply, and by first determine result be sent to cloud
Server is held, in this way, user can directly know the power supply state of generating equipment by logging in cloud server, eliminates people
The step of work judges, it is more intuitive and efficient.
Optionally, as shown in Fig. 2, the generation monitoring device 3 further include:
The time circuit 35 being electrically connected with second decision circuitry 34 and second transmission, 33 circuits, the time electricity
Road 35 is used to obtain the generating dutation information of the generating equipment 4, when second transmission circuit 33 is also used to the power generation
Between information be sent to the cloud server.
Wherein, above-mentioned generating dutation information can be including at least one of once: starting the time of power generation, stops power generation
Time, power generation duration.
Due to that can obtain and upload the generating dutation information of generating equipment by time circuit, so that user is by stepping on
Record cloud server can also know generating dutation information, be conducive to grasp power generation situation more accurately.
Optionally, as shown in Fig. 2, the generation monitoring device 3 further include:
The positioning circuit 36 being electrically connected with second transmission circuit 33, the positioning circuit 36 is for obtaining the power generation
The location information of equipment 4, second transmission circuit 33 are also used to the location information being sent to cloud server.
Wherein, above-mentioned positioning circuit 36 can be global positioning system (Global Positioning System, GPS)
Circuit, or it is also possible to Big Dipper positioning circuit.
Since the location information of generating equipment can be obtained by positioning circuit, and the location information of generating equipment is sent out
It send to cloud server, so that user can also know the position of generating equipment by logging in cloud server, and then can know
Know whether generating equipment generates electricity for specified base station equipment.
Optionally, the generating equipment 4 is DC generation equipment or AC power generating apparatus；
Second observation circuit 31 includes:
The direct current observation circuit being electrically connected with the counting circuit 32 and second transmission circuit 33, the direct current monitoring
Circuit is used to monitor the output voltage and output electric current of DC generation equipment；And/or
The exchange observation circuit being electrically connected with the counting circuit 32 and second transmission circuit 33, the exchange monitoring
Circuit is used to monitor the output voltage and output electric current of AC power generating apparatus.
In this way, generation monitoring device can be suitable for generating equipment when the second observation circuit includes direct current observation circuit
For the situation of DC generation equipment；When the second observation circuit includes exchange observation circuit, generation monitoring device can be suitable for
Generating equipment is the situation of AC power generating apparatus；When the second observation circuit include direct current observation circuit with observation circuit is exchanged when,
Generation monitoring device can either be suitable for the situation that generating equipment is DC generation equipment, and can also be suitable for generating equipment is exchange
The situation of generating equipment.
Optionally, as shown in figure 3, the generation monitoring device 3 further include:
The switching circuit being electrically connected with second observation circuit 31, counting circuit 32 and second transmission circuit 33
37, the generation monitoring device 3 is connected by the switching circuit 37 with the generating equipment 4, and second transmission circuit 33 is also
For receiving 4 open command of generating equipment of cloud server transmission, the switching circuit 37 is used for according to the generating equipment 4
Open command disconnects being electrically connected between the switching circuit 37 and the generating equipment 4.
Wherein, above-mentioned generation monitoring device 3 is connected by the switching circuit 37 with the generating equipment 4, can be power generation
Monitor 3 is connected with generating equipment 4 and power change-over switch 5 respectively by switching circuit 37.Above-mentioned generating equipment open command
It can be and cloud server is sent to by terminal by user, and be forwarded to the finger of the second transmission circuit 33 by cloud server
It enables.Being electrically connected between the above-mentioned disconnection switching circuit 37 and the generating equipment 4, it can be understood as, when switching circuit 37
When being electrically connected between the generating equipment 4 is disconnected, generation monitoring device 3 and power generation set 4 series circuit between and are broken
It opens, generation monitoring device 3 is unable to monitor the output voltage and output electric current of generating equipment 4 at this time.
In this way, when alternating current is in normal power supply state and generating equipment still in generating state, so that it may pass through switch
Circuit disconnects being electrically connected between generation monitoring device and generating equipment, so as to avoid monitoring and calculating to generating electricity in vain,
And then it can reduce and lie about and make a false report phenomenon.
It should be pointed out that above-mentioned second transmission circuit 33 can be also used for receiving the generating equipment that cloud server is sent
Link order, and said switching circuit 37 can be also used for being set according to generating equipment link order recovery switching circuit 37 with power generation
Electrical connection between standby 4.In this way, when alternating current is in off-position, it will be able to restore the power generation situation to generating equipment 4 again
Monitoring.
As shown in figure 4, the utility model embodiment also provides a kind of generation monitoring system, comprising: institute in above-described embodiment
The generation monitoring equipment and cloud server 7 stated；Wherein,
The cloud server 7 includes: the third transmission circuit 71 being sequentially connected electrically and storage circuit 72；Wherein described
Three transmission circuits 71 are used to receive the output voltage for the mains supply 2 that first transmission circuit 12 is sent；
The third transmission circuit 71 is also used to receive the defeated of the generating equipment 4 that second transmission circuit 33 is sent
Voltage and output electric current and the power generation data out；The storage circuit 72 is used to store the output electricity of the mains supply 2
Pressure, the output voltage of the generating equipment 4 and output electric current and the power generation data.
Wherein, above-mentioned first transmission circuit 12 can be is electrically connected with above-mentioned cloud server 7, is also possible to and above-mentioned cloud
Server 7 is held to be wirelessly connected.Above-mentioned second transmission circuit 33 can be to be electrically connected with above-mentioned cloud server 7, be also possible to
Above-mentioned cloud server 7 is wirelessly connected.
In the utility model embodiment, by concatenated with the concatenated alternating current monitor of mains supply and with generating equipment
Generation monitoring device, being capable of the output voltage of mains supply in real-time monitoring power generation process, the output voltage of generating equipment and defeated
Electric current and power generation data out, and the output voltage of the mains supply monitored, the output voltage of generating equipment and output is electric
Stream and power generation data are sent to cloud server and are stored, so that user can be known at any time by logging in cloud server
Power generation situation.In this way, due to being supervised without personnel, thus the human cost put into needed for can not only saving, and can
Avoid lying about or make a false report situation, so can it is more objective, accurately grasp power generation situation.
Optionally, the cloud server 7 further include:
The 4th transmission circuit being electrically connected with the storage circuit 72, the 4th transmission circuit are used to send institute to terminal
State the output voltage of mains supply 2, the output voltage of the generating equipment 4 and output electric current and the power generation data.
Wherein, above-mentioned terminal can be mobile phone, desktop computer, tablet computer (Tablet Personal Computer),
Laptop computer (Laptop Computer), personal digital assistant (personal digital assistant, abbreviation PDA),
Mobile Internet access device (Mobile Internet Device, MID) or wearable device (Wearable Device) etc..
Due to sending the output voltage of mains supply, the output electricity of the generating equipment to terminal by the 4th transmission circuit
Pressure and output electric current and the power generation data, enable a user to easily know power generation situation by terminal, can
Enough improve the convenience used.
Optionally, the generation monitoring equipment is the generation monitoring equipment in above-described embodiment in certain embodiments；
The cloud server 7 further include:
The instruction repeat circuit being electrically connected with the third transmission circuit 71, the third transmission circuit 71 are also used to receive
The generating equipment open command that terminal is sent, described instruction repeat circuit are used to send the hair to second transmission circuit 33
Electric equipment open command.
In this way, user can pass through when alternating current is in normal power supply state and generating equipment still in generating state
Terminal sends generating equipment open command, so that switching circuit disconnects being electrically connected between generation monitoring device and generating equipment, from
And it can be avoided the monitoring and calculating to generating electricity in vain, and then can reduce and lie about and make a false report phenomenon.
Above description is only a specific implementation of the present invention, but the protection scope of the utility model is not limited to
In this, anyone skilled in the art within the technical scope disclosed by the utility model, can readily occur in variation
Or replacement, it should be covered within the scope of the utility model.Therefore, the protection scope of the utility model should be wanted with right
Subject to the protection scope asked.
Claims (10)
1. a kind of generation monitoring equipment characterized by comprising
Alternating current monitor, the alternating current monitor are connected with mains supply, and the alternating current monitor includes: be sequentially connected electrically
One observation circuit and the first transmission circuit, output voltage of first observation circuit for mains supply described in real-time monitoring,
First transmission circuit is used to the output voltage of the mains supply being sent to cloud server；And
Generation monitoring device, the generation monitoring device are connected with generating equipment, and the generation monitoring device includes: be sequentially connected electrically
Two observation circuits, counting circuit and the second transmission circuit, and second transmission circuit is electrically connected with second observation circuit,
Output voltage and output electric current, the counting circuit of second observation circuit for generating equipment described in real-time monitoring are used for
Power generation data are calculated according to the output voltage of the generating equipment and output electric current, second transmission circuit is used for the hair
The output voltage and output electric current of electric equipment and the power generation data are sent to the cloud server.
2. generation monitoring equipment according to claim 1, which is characterized in that the alternating current monitor further include:
The first decision circuitry being electrically connected with first observation circuit and first transmission circuit, first decision circuitry
For according to the output voltage of the mains supply judge the mains supply whether normal power supply, obtain the first judgement as a result,
First transmission circuit is also used to the first judgement result being sent to the cloud server.
3. generation monitoring equipment according to claim 1, which is characterized in that the generation monitoring device further include:
The second decision circuitry being electrically connected with second observation circuit and second transmission circuit, second decision circuitry
For judging whether the generating equipment is in generating state according to the output voltage and output electric current of the generating equipment, obtain
Second determines as a result, second transmission circuit is also used to the second judgement result being sent to the cloud server.
4. generation monitoring equipment according to claim 3, which is characterized in that the generation monitoring device further include:
The time circuit being electrically connected with second decision circuitry and second transmission circuit, the time circuit is for obtaining
The generating dutation information of the generating equipment, second transmission circuit are also used to for the generating dutation information being sent to described
Cloud server.
5. generation monitoring equipment according to claim 1, which is characterized in that the generation monitoring device further include:
The positioning circuit being electrically connected with second transmission circuit, the positioning circuit are used to obtain the position of the generating equipment
Information, second transmission circuit are also used to the location information being sent to cloud server.
6. generation monitoring equipment according to claim 1, which is characterized in that the generating equipment be DC generation equipment or
AC power generating apparatus；
Second observation circuit includes:
The direct current observation circuit being electrically connected with the counting circuit and second transmission circuit, the direct current observation circuit are used for
Monitor the output voltage and output electric current of DC generation equipment；And/or
The exchange observation circuit being electrically connected with the counting circuit and second transmission circuit, the exchange observation circuit are used for
Monitor the output voltage and output electric current of AC power generating apparatus.
7. generation monitoring equipment according to any one of claims 1 to 6, which is characterized in that the generation monitoring device also wraps
It includes:
The switching circuit being electrically connected with second observation circuit, counting circuit and second transmission circuit, the power generation prison
It surveys device to connect by the switching circuit with the generating equipment, second transmission circuit is also used to receive cloud server hair
The generating equipment open command sent, the switching circuit are used to disconnect the switching circuit according to the generating equipment open command
Being electrically connected between the generating equipment.
8. a kind of generation monitoring system characterized by comprising generation monitoring equipment as described in any one of claim 1 to 7
And cloud server；Wherein,
The cloud server includes: the third transmission circuit being sequentially connected electrically and storage circuit；The wherein third transmission electricity
Road is used to receive the output voltage for the mains supply that first transmission circuit is sent；
The third transmission circuit be also used to receive the generating equipment that second transmission circuit is sent output voltage and
Export electric current and the power generation data；The storage circuit is used to store the output voltage of the mains supply, the power generation
The output voltage and output electric current of equipment and the power generation data.
9. generation monitoring system according to claim 8, which is characterized in that the cloud server further include:
The 4th transmission circuit being electrically connected with the storage circuit, the 4th transmission circuit are used to send the alternating current to terminal
The output voltage of power supply, the output voltage of the generating equipment and output electric current and the power generation data.
10. generation monitoring system according to claim 8, which is characterized in that the generation monitoring equipment is claim 7
Described in generation monitoring equipment；
The cloud server further include:
The instruction repeat circuit being electrically connected with the third transmission circuit, the third transmission circuit are also used to receive terminal transmission
Generating equipment open command, described instruction repeat circuit is used to send the generating equipment to second transmission circuit and disconnect
Instruction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821360830.5U CN208489696U (en) | 2018-08-22 | 2018-08-22 | A kind of generation monitoring equipment and generation monitoring system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821360830.5U CN208489696U (en) | 2018-08-22 | 2018-08-22 | A kind of generation monitoring equipment and generation monitoring system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208489696U true CN208489696U (en) | 2019-02-12 |
Family
ID=65247807
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821360830.5U Active CN208489696U (en) | 2018-08-22 | 2018-08-22 | A kind of generation monitoring equipment and generation monitoring system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208489696U (en) |
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2018
- 2018-08-22 CN CN201821360830.5U patent/CN208489696U/en active Active
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Effective date of registration: 20210302 Address after: 100142 12th floor, block a, 73 Fucheng Road, Haidian District, Beijing Patentee after: Tower Energy Co.,Ltd. Address before: 100142 19th floor, 73 Fucheng Road, Haidian District, Beijing Patentee before: CHINA TOWER Co.,Ltd. |