CN209310198U - A kind of remote central air conditioning energy consumption detection device - Google Patents
A kind of remote central air conditioning energy consumption detection device Download PDFInfo
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- CN209310198U CN209310198U CN201822265707.1U CN201822265707U CN209310198U CN 209310198 U CN209310198 U CN 209310198U CN 201822265707 U CN201822265707 U CN 201822265707U CN 209310198 U CN209310198 U CN 209310198U
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Abstract
The utility model provides a kind of remote central air conditioning energy consumption detection device, including main control module, communication module, for controlling the control module of host and fan coil starting and closing, the data acquisition module of room temperature data for place where acquiring host and fan coil energy consumption condition and fan coil, the address code module of coding differentiation is carried out for the data to data collecting module collected, the clock module of clock mark is provided for the data for data collecting module collected, main control module by communication module respectively with control module, data acquisition module, address code module, clock module communication connection.The energy consumption of fan coil and the environment temperature of region are monitored by data acquisition module, and the opening and closing of fan coil are controlled to reduce energy consumption waste according to environment temperature.Remote central air conditioning energy consumption detection device provided by the utility model has the advantages that intelligent energy consumption monitoring, independently subtracts consumption, smart charge.
Description
Technical field
The utility model belongs to air conditioning energy consumption detection device field more particularly to a kind of remote central air conditioning energy consumption detection dress
It sets.
Background technique
With the raising that the high speed development and people's living standard of national economy require, central air-conditioning has been widely used in
Office building, commercial mansion, manufacturing shop or even residential houses, but also bring while bringing considerable economic benefit huge
The energy consumption cost of energy demand and great number, how the effective energy saving important process for having become enterprise and increasing income and decreasing expenditure.
Meanwhile China's " 14 " planning outline proposes: " supporting green clean manufacturing, promotes the transformation of traditional manufacture green, promotion is built
Vertical green low-carbon cycle development industrial system encourages the transformation of enterprise's technology equipment updating.Develop Green Finance, sets up green
Expansion funds " also advocate us and reinforce energy consumption monitoring in carrying out production work and daily life, reduce energy consumption waste.
Utility model content
Based on the prior art there are the above problem, the utility model provides a kind of remote central air conditioning energy consumption detection device,
Including main control module, communication module, for control host and fan coil starting and close control module, for acquiring host
With the data acquisition module of fan coil energy consumption condition and the room temperature data in fan coil place place, for being adopted to data
Integrate module acquisition data carry out coding differentiation address code module, for being provided as the data of data collecting module collected when
Clock mark clock module, the main control module by communication module respectively with control module, data acquisition module, address code
Module, clock module communication connection.The energy consumption of fan coil and the environment temperature of region are monitored by data acquisition module,
And the opening and closing of fan coil are controlled to reduce energy consumption waste according to environment temperature.It is provided by the utility model it is long-range in
Centre air conditioning energy consumption detection device has the advantages that intelligent energy consumption monitoring, independently subtracts consumption, smart charge.
The utility model is achieved the goal by technical solution in detailed below:
A kind of remote central air conditioning energy consumption detection device, including main control module, communication module, for controlling host and blower
Coil pipe starting and the control module closed, the room for acquiring host and fan coil energy consumption condition and fan coil place place
The data acquisition module of interior temperature data, the address code mould that coding differentiation is carried out for the data to data collecting module collected
Block provides the clock module of clock mark for the data for data collecting module collected, and the main control module passes through communication mould
Block is communicated to connect with control module, data acquisition module, address code module, clock module respectively, the fan unit of different location
Pipe is provided with one group of communication module, data acquisition module, address code module, clock module correspondingly respectively.
The data acquisition module include for detection blower fan coil pipe position room temperature indoor temperature transmitter,
For the water intake end temperature sensor of detection blower fan coil pipe water intake end water temperature, for the water outlet of detection blower fan coil pipe water outlet water temperature
End temperature sensor, the flowmeter for entering for detection blower fan coil pipe water, energy integrating instrument, for detecting central air conditioner main machine consumption
The host electric energy metering module of electricity, for the fan coil electric energy metering module of detection blower fan coil pipe power consumption.The interior
Temperature sensor is arranged indoors far from the position of fan coil, is such as mounted on the wall farthest apart from fan coil.It is described
The water inlet pipe and outlet pipe that water intake end temperature sensor and water outlet temperature sensor are separately positioned on fan coil are close to blower
In coil pipe side.The flowmeter may be mounted at the water intake end of fan coil, also may be mounted at water outlet.The energy product
Calculate instrument respectively with water intake end temperature sensor, water outlet temperature sensor, flowmeter communicate to connect, the communication module respectively with
Indoor temperature transmitter, energy integrating instrument, host electric energy metering module, the communication connection of fan coil electric energy metering module.
Acquire the water inlet temperature of blower pipe dish respectively by water intake end temperature sensor, water outlet temperature sensor, flowmeter
These data are supplied to energy integrating instrument, are calculated by energy integrating instrument by the water flow of degree, leaving water temperature and Inlet and outlet water
The thermal energy that corresponding fan coil consumes in actual use.
The host electric energy metering module and fan coil electric energy metering module pass through current detection circuit and voltage respectively
Detection circuit detects corresponding electrical parameter and electrical parameter is supplied to electric energy computation chip, and electric energy computation chip is according to electrical parameter
Calculate corresponding electric energy losing quantity, and by communication interface realize with external information interchange, to monitor host and corresponding
The electric energy losing quantity of fan coil.
Corresponding fan coil thermal energy losing quantity, the host electrical energy measurement for being calculated energy integrating instrument by communication module
The calculated corresponding fan coil electric energy losing quantity of the calculated host electric energy losing quantity of module, fan coil electric energy metering module
It is transferred to main control module, in order to distinguish the thermal energy losing quantity and electric energy losing quantity of different location fan coil, before transmitting the data,
Area is used for thermal energy losing quantity data and electric energy losing quantity the data addition of different location fan coil by address code module
The location information divided, and by clock module to the thermal energy losing quantity data and electric energy consumption of different location fan coil different time
Damage amount data addition clock is noted for distinguishing the monitoring data of different time；
Temperature data, the different location blower for again being monitored the indoor temperature transmitter of different location by communication module
The thermal energy losing quantity data and electric energy losing quantity data of coil pipe and the electric energy losing quantity data of host are transferred to main control module.?
Before the temperature data that monitors of indoor temperature transmitter of transmission different location, equally to temperature data carry out location information and when
Clock mark.
The control module includes for controlling the host electric-controlled switch of host opening and closing, for controlling fan coil
The fan coil electric-controlled switch of opening and closing, the main control module respectively with host electric-controlled switch, fan coil electric-controlled switch
Communication connection, the fan coil of different location are provided with one group of wind control fan coil starting and closed correspondingly respectively
Machine coil pipe electric-controlled switch；
The main control module controls corresponding position according to the temperature data that the indoor temperature transmitter of different location monitors
Fan coil opening and closing, i.e., the indoor environment temperature of the opening and closing of fan coil is respectively set in main control module
Value range is spent, when the temperature value that the indoor temperature transmitter of location A monitors is in the temperature range value opened, master control
Module is opened by the fan coil that fan coil electric-controlled switch controls location A, when the indoor temperature transmitter of location A monitors
Temperature value be in close temperature range value in when, main control module by fan coil electric-controlled switch control location A wind
Machine coil pipe is closed, when the temperature value that the indoor temperature transmitter of location A monitors is in the temperature range value opened and closed
When in addition, the fan coil electric-controlled switch of location A is not acted, while can be by carrying out host unlatching to main control module, closing
The setting for closing the time, when in the period closed, main control module controls host electric-controlled switch by Host Shutdown, in unlatching
Period when, main control module control host electric-controlled switch host is opened.
The main control module is according to the electric energy losing quantity of host, the thermal energy losing quantity data of different location fan coil and electricity
Energy losing quantity data, calculate the total energy consumption and available energy dissipation of central air-conditioning.
Wherein, the main control chip of the main control module is arm processor；The communication module is power line carrier, PLC mould
Block sets up communication network by depending on the existing power circuit of building, reduces the expense for setting up communication network again, while opposite
In wireless communication, power line carrier, PLC has the advantages that not influence vulnerable to building interior environment；The address code module is can
The station address coding circuit of programming, by the fan coil monitoring data that different position encoded differentiation different locations is arranged；
The flow is calculated as turbine flowmeter.
Wherein, the remote central air conditioning energy consumption detection device further includes touch control display, the main control module and touch-control
Display communication connection shows the host of central air-conditioning and the monitoring data of each fan coil by touch control display, either
Parameter setting is carried out to main control module.
Using remote central air conditioning energy consumption detection device realize to the intelligent energy consumption monitoring of central air-conditioning at the same time it can also
Affiliated division, and the energy according to the energy consumption of host and different ownership fan coils are carried out to multiple fan coils by main control module
The expense that should actually share that consumption, more Reasonable calculate different owners.
The utility model is had the advantages that intelligent energy consumption monitoring, is independently subtracted consumption, smart charge using above-mentioned technical solution.
Detailed description of the invention
Fig. 1, the utility model embodiment attachment structure schematic diagram.
10, main control module, 21, host electric-controlled switch, 22, fan coil electric-controlled switch, 30, communication module, 41, Indoor Temperature
Degree sensor, 42, water intake end temperature sensor, 43, water outlet temperature sensor, 44, flowmeter, 45, energy integrating instrument, 46,
Host electric energy metering module, 47, fan coil electric energy metering module, 50, address code module, 60, clock module, 70, touch-control
Display.
Specific embodiment
The utility model is described in detail in the following with reference to the drawings and specific embodiments.
Such as attached drawing, a kind of remote central air conditioning energy consumption detection device, including main control module 10, communication module 30, for controlling
Host processed and fan coil start and close control module, for acquiring host and fan coil energy consumption condition and fan coil
The data acquisition module of the room temperature data in place place carries out coding differentiation for the data to data collecting module collected
Address code module 50, the clock module 60 of clock mark, the master are provided for the data for data collecting module collected
It is logical with control module, data acquisition module, address code module 50, clock module 60 respectively by communication module 30 to control module 10
Letter connection.
The data acquisition module includes the indoor temperature transmitter for detection blower fan coil pipe position room temperature
41, for the water intake end temperature sensor 42 of detection blower fan coil pipe water intake end water temperature, for detection blower fan coil pipe water outlet water temperature
Water outlet temperature sensor 43, enter for detection blower fan coil pipe water flowmeter 44, energy integrating instrument 45, for detecting in
Entreat the host electric energy metering module 46 of air-conditioner host power consumption, for the fan coil electrical energy measurement of detection blower fan coil pipe power consumption
Module 47.The indoor temperature transmitter 41 is arranged indoors far from the position of fan coil, is such as mounted on apart from fan coil
On farthest wall.The water intake end temperature sensor 42 and water outlet temperature sensor 43 be separately positioned on fan coil into
Water pipe and outlet pipe are in fan coil side.The flowmeter 44 may be mounted at the water intake end of fan coil, can also be with
It is mounted on water outlet.The energy integrating instrument 45 respectively with water intake end temperature sensor 42, water outlet temperature sensor 43, flow
Meter 44 communication connection, the communication module 30 respectively with indoor temperature transmitter 41, energy integrating instrument 45, host electrical energy measurement mould
Block 46, fan coil electric energy metering module 47 communicate to connect.The fan coil of different location is provided with one correspondingly respectively
Group communication module 30, data acquisition module, address code module 50, clock module 60.
Blower pipe dish is acquired respectively by water intake end temperature sensor 42, water outlet temperature sensor 43, flowmeter 44
These data are supplied to energy integrating instrument 45, pass through energy integrating by the water flow of inflow temperature, leaving water temperature and Inlet and outlet water
Instrument 45 calculates the thermal energy that corresponding fan coil consumes in actual use.
The host electric energy metering module 46 and fan coil electric energy metering module 47 respectively by current detection circuit and
Voltage detecting circuit detects corresponding electrical parameter and electrical parameter is supplied to electric energy computation chip, and electric energy computation chip is according to electricity
Parameter calculates corresponding electric energy losing quantity, and by communication interface realize with external information interchange, thus monitor host and
The electric energy losing quantity of corresponding fan coil.
Corresponding fan coil thermal energy losing quantity, the host electric energy for being calculated energy integrating instrument 45 by communication module 30
The calculated corresponding fan coil electricity of the calculated host electric energy losing quantity of metering module 46, fan coil electric energy metering module 47
Energy losing quantity is transferred to main control module 10, in order to distinguish the thermal energy losing quantity and electric energy losing quantity of different location fan coil,
Before transmitting data, by address code module 50 to the thermal energy losing quantity data and electric energy losing quantity number of different location fan coil
Location information according to addition for differentiation, and consumed by thermal energy of the clock module 60 to different location fan coil different time
Amount data and electric energy losing quantity data addition clock are noted for distinguishing the monitoring data of different time；
Temperature data, the different location for again being monitored the indoor temperature transmitter 41 of different location by communication module 30
The thermal energy losing quantity data and electric energy losing quantity data of fan coil and the electric energy losing quantity data of host are transferred to master control mould
Block 10.Before the temperature data that the indoor temperature transmitter 41 of transmission different location monitors, position equally is carried out to temperature data
Confidence breath and clock mark.
The control module includes for controlling the host electric-controlled switch 21 of host opening and closing, for controlling fan unit
Pipe open and close fan coil electric-controlled switch 22, the main control module 10 respectively with host electric-controlled switch 21, fan coil
Electric-controlled switch 22 communicates to connect, and the fan coil of different location is provided with one group of control fan coil starting correspondingly respectively
With the fan coil electric-controlled switch 22 of closing；
The main control module 10 controls corresponding according to the temperature data that the indoor temperature transmitter 41 of different location monitors
The interior of the opening and closing of fan coil is respectively set in the opening and closing of the fan coil of position in main control module 10
Ambient temperature range value, when the temperature value that the indoor temperature transmitter 41 of location A monitors is in the temperature range value opened
When interior, main control module 10 is opened by the fan coil that fan coil electric-controlled switch 22 controls location A, when the Indoor Temperature of location A
When the temperature value that degree sensor 41 monitors is in the temperature range value closed, main control module 10 is automatically controlled by fan coil
The fan coil that switch 22 controls location A is closed, and is opened when the temperature value that the indoor temperature transmitter 41 of location A monitors is in
When opening with other than the temperature range value of closing, the fan coil electric-controlled switch 22 of location A is not acted, while can be by master
It controls module 10 and carries out host unlatching, the setting of shut-in time, when in the period closed, main control module 10 controls host electricity
Switch 21 is controlled by Host Shutdown, when period in unlatching, the control host electric-controlled switch 21 of main control module 10 opens host.
The main control module 10 according to the electric energy losing quantity of host, the thermal energy losing quantity data of different location fan coil and
Electric energy losing quantity data calculate the total energy consumption and available energy dissipation of central air-conditioning.
Preferably, the main control chip of the main control module 10 is arm processor；The communication module 30 is power carrier
Communication module 30 sets up communication network by depending on the existing power circuit of building, reduces the expense for setting up communication network again,
Simultaneously relative to wireless communication, power line carrier, PLC has the advantages that not influence vulnerable to building interior environment；The address code
Module 50 is programmable station address coding circuit, by the fan coil that different position encoded differentiation different locations is arranged
Monitoring data；The flowmeter 44 is turbine flowmeter 44.
Preferably, the remote central air conditioning energy consumption detection device further includes touch control display 70, the main control module
10 communicate to connect with touch control display 70, and the monitoring of the host and each fan coil of central air-conditioning is shown by touch control display 70
Data, or parameter setting is carried out to main control module 10.
Using remote central air conditioning energy consumption detection device realize to the intelligent energy consumption monitoring of central air-conditioning at the same time it can also
By main control module 10 to multiple fan coils carry out belonging to divide, and according to the energy consumption of host and different ownership fan coils
Energy consumption, more Reasonable calculate the expense that should actually share of different owners.
The utility model uses the above embodiments, and energy consumption and the location of fan coil are monitored by data acquisition module
The environment temperature in domain, and the opening and closing of fan coil are controlled to reduce energy consumption waste, while foundation according to environment temperature
Smart charge is realized in the energy consumption of the fan coil of host energy consumption and different ownership, is had intelligent energy consumption monitoring, is independently subtracted consumption, intelligence
The advantages of charging.
A kind of embodiment of the utility model above described embodiment only expresses, the description thereof is more specific and detailed,
But it should not be understood as limiting the scope of the patent of the utility model.It should be pointed out that for the common of this field
For technical staff, without departing from the concept of the premise utility, various modifications and improvements can be made, these all belong to
In the protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (3)
1. a kind of remote central air conditioning energy consumption detection device, which is characterized in that including main control module (10), communication module (30),
For controlling host and fan coil starting and the control module closed, for acquiring host and fan coil energy consumption condition and wind
The data acquisition module of the room temperature data in machine coil pipe place place is compiled for the data to data collecting module collected
The address code module (50) of code differentiation provides the clock module of clock mark for the data for data collecting module collected
(60), the main control module (10) by communication module (30) respectively with control module, data acquisition module, address code module
(50), clock module (60) communicates to connect；
The data acquisition module include for detection blower fan coil pipe position room temperature indoor temperature transmitter (41),
For the water intake end temperature sensor (42) of detection blower fan coil pipe water intake end water temperature, for detection blower fan coil pipe water outlet water temperature
Water outlet temperature sensor (43), the flowmeter (44) for entering water for detection blower fan coil pipe, energy integrating instrument (45), for examining
Host electric energy metering module (46), the fan coil electricity for detection blower fan coil pipe power consumption for surveying central air conditioner main machine power consumption
Can metering module (47), the energy integrating instrument (45) respectively with water intake end temperature sensor (42), water outlet temperature sensor
(43), flowmeter (44) communicate to connect, the communication module (30) respectively with indoor temperature transmitter (41), energy integrating instrument
(45), host electric energy metering module (46), fan coil electric energy metering module (47) communication connection；
The control module includes for controlling the host electric-controlled switch (21) of host opening and closing, for controlling fan coil
The fan coil electric-controlled switch (22) of opening and closing, the main control module (10) respectively with host electric-controlled switch (21), blower
Coil pipe electric-controlled switch (22) communication connection.
2. remote central air conditioning energy consumption detection device according to claim 1, which is characterized in that the main control module (10)
Main control chip be arm processor, the communication module (30) be power carrier communication module (30), the address code module
It (50) is programmable station address coding circuit, the flowmeter (44) is turbine flowmeter (44).
3. remote central air conditioning energy consumption detection device according to claim 2, which is characterized in that further include touch control display
(70), the main control module (10) and touch control display (70) communicate to connect.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201822265707.1U CN209310198U (en) | 2018-12-31 | 2018-12-31 | A kind of remote central air conditioning energy consumption detection device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201822265707.1U CN209310198U (en) | 2018-12-31 | 2018-12-31 | A kind of remote central air conditioning energy consumption detection device |
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| CN209310198U true CN209310198U (en) | 2019-08-27 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2024093392A1 (en) * | 2022-10-31 | 2024-05-10 | 青岛海尔空调器有限总公司 | Control method and apparatus for wall-mounted indoor air-conditioning unit, and wall-mounted indoor air-conditioning unit |
-
2018
- 2018-12-31 CN CN201822265707.1U patent/CN209310198U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2024093392A1 (en) * | 2022-10-31 | 2024-05-10 | 青岛海尔空调器有限总公司 | Control method and apparatus for wall-mounted indoor air-conditioning unit, and wall-mounted indoor air-conditioning unit |
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