CN105373000B - Intelligence community platform control system and control method based on " internet+" - Google Patents

Intelligence community platform control system and control method based on " internet+" Download PDF

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CN105373000B
CN105373000B CN201510717393.2A CN201510717393A CN105373000B CN 105373000 B CN105373000 B CN 105373000B CN 201510717393 A CN201510717393 A CN 201510717393A CN 105373000 B CN105373000 B CN 105373000B
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water
control
rainwater
supervising
solar
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CN105373000A (en
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崔新明
廖春波
倪宏演
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崔新明
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    • GPHYSICS
    • G05CONTROLLING; REGULATING
    • G05BCONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
    • G05B15/00Systems controlled by a computer
    • G05B15/02Systems controlled by a computer electric
    • GPHYSICS
    • G05CONTROLLING; REGULATING
    • G05BCONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
    • G05B19/00Programme-control systems
    • G05B19/02Programme-control systems electric
    • G05B19/418Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS], computer integrated manufacturing [CIM]
    • GPHYSICS
    • G05CONTROLLING; REGULATING
    • G05BCONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
    • G05B2219/00Program-control systems
    • G05B2219/20Pc systems
    • G05B2219/26Pc applications
    • G05B2219/2642Domotique, domestic, home control, automation, smart house

Abstract

The present invention relates to a kind of intelligence community platform control system and control method for being based on " internet+".Control system includes middle control platform and the solar photovoltaic generation system, solar water heating system, rainwater comprehensive utilization control system, geothermal heat pump air-conditioning system and the administrative staff's monitor terminal that are connected respectively by network with middle control platform.Control method is:The issue instruction of administrative staff's monitor terminal is to middle control platform, corresponding control signal is sent to solar photovoltaic generation system, solar water heating system, rainwater comprehensive utilization control system and geothermal heat pump air-conditioning system by middle control platform again, each system is controlled to work, each transducing signal of each system is transferred to middle control platform, administrative staff's monitor terminal is transferred to by middle control platform again, administrative staff can monitor each system mode at any time by computer or mobile phone.The present invention can just manipulate each system simultaneously, at any time, everywhere by computer and mobile phone, and control flexibly, conveniently, improves efficiency.

Description

Intelligence community platform control system and control method based on " internet+"
Technical field
The present invention relates to a kind of intelligent dwelling area, intelligent building, more particularly to a kind of intelligence community for being based on " internet+" Platform control system and control method, with energy consumption systems such as water, electricity consumption and air-conditionings intelligent comprehensive control is carried out to cell, building System.
Background technology
With the development of science and technology, wisdom cell, intelligent building are increasingly popularized, in order to reach the purpose of energy-conserving and environment-protective, occur Rainwater recycling system, solar water heating system, solar photovoltaic generation system, geothermal heat pump air-conditioning system and greening sprinkling irrigation system Systems such as system, but the control of each system is each independent at present, some still need to artificially participate in, when run, when stop, how Operation still depends on the subjective judgement of property management personnel, and often distant between the equipment machine room of each system, simultaneously Control operation is inconvenient, can not accomplish at any time, it is controllable everywhere, control is inconvenient, less efficient, and intelligent, automaticity is not It is high.
The content of the invention
It is each independent present invention mainly solves the control of original each system, while control operation is inconvenient, can not accomplish At any time, controllable everywhere, control is inconvenient, less efficient, the technical problem intelligent, automaticity is not high;A kind of base is provided Intelligence community platform control system and control method in " internet+", it is based on intelligence community platform, using network, not Function is added in increase Equipment Foundations, can operate, conveniently each system can be manipulated on computer and mobile phone, it is real The purpose that can be now manipulated simultaneously, at any time, everywhere to each system, strengthen globality and convenience to the control of each system, control System flexibly, conveniently, improves efficiency, intelligent, automaticity height.
The above-mentioned technical problem of the present invention is mainly what is be addressed by following technical proposals:The present invention based on " mutually The intelligence community platform control system of networking+", including solar photovoltaic generation system, solar water heating system, rainwater synthesis profit With control system, geothermal heat pump air-conditioning system, middle control platform and administrative staff's monitor terminal, solar photovoltaic generation system, too It is positive can hot-water heating system, geothermal heat pump air-conditioning system and rainwater comprehensive utilization control system respectively with described middle control platform it is wired or It is wireless to be connected, middle control platform with described administrative staff's monitor terminal is wired or wireless is connected.Will by wired or wireless network The control of solar photovoltaic generation system, solar water heating system, geothermal heat pump air-conditioning system and rainwater comprehensive utilization control system System is integrated into middle control platform, i.e. intelligence community platform, and administrative staff's monitor terminal can understand each system in real time by middle control platform Working condition, administrative staff's monitor terminal includes being provided with the computer and/or mobile phone of intelligence community monitoring software, in computer or Issue instruction sends corresponding control signal respectively to middle control platform, then by middle control platform on mobile phone, controls each system to work.This skill Art scheme is based on intelligence community platform, and using network, function is added in Equipment Foundations not increasing, the equal energy on computer and mobile phone Operation, conveniently can be manipulated to each system, realize the purpose that can be manipulated simultaneously, at any time, everywhere to each system, be increased Flexibly, conveniently, efficiency is improved to the globality and convenience of the control of each system, control by force, intellectuality, automaticity are high.
Preferably, described geothermal heat pump air-conditioning system includes water pump power consumption metering device, water inlet end TEMP Device, water side temperature sensor, compressor state collecting device, water circulating pump state collecting device, indoor infrared sensing sensing Device and earth source heat pump supervising device, water pump power consumption metering device, water inlet end temperature sensor, water side temperature sensor, pressure The output end of contracting machine state collecting device, water circulating pump state collecting device and indoor infrared inductive pick-up respectively with it is described The input of earth source heat pump supervising device is connected, and the output end of earth source heat pump supervising device is connected with air-conditioning temperature control circuit, ground source Heat pump supervising device with described middle control platform is wired or wireless is connected.Water inlet end temperature sensor, water side temperature sensor The water inlet end temperature and water side temperature of geothermal heat pump air-conditioning system are gathered respectively, understand system operating efficiency, water pump power consumption Metering device gathers water pump power consumption situation, and understanding system integrally consumes energy, and user is understood the system power consumption, by each The state collecting device of pump understands the working order of each pump, and such as break down to be overhauled in time.Indoor infrared sensing passes Sensor is connected in a wireless or wired way with earth source heat pump supervising device, and there is unmanned activity detection interior, and passes through ground source heat Pump supervising device is controlled to air-conditioning temperature control circuit.Personnel activity's Intelligent adjustment room conditioning refrigeration can be whether there is according to interior Temperature is heated, reaches the purpose for saving the energy, adds the intelligence degree of house.
Preferably, described solar photovoltaic generation system includes Alternative Voltage Converter, AC current transformer, straight Flow voltage transmitter, DC current transformer and solar power generation supervising device, input, the alternating current of Alternative Voltage Converter The alternating current pressure side with solar inverter switch cubicle, alternating current end are connected the input of current transformer respectively, DC voltage The input of transmitter, the input of DC current transformer the direct current pressure side with header box incoming line switch cabinet, direct current respectively Current terminal is connected, the output of Alternative Voltage Converter, AC current transformer, DC voltage transmitter and DC current transformer Input respectively with described solar power generation supervising device is held to be connected, the electric energy metrical output end of power supply administration's ammeter is also and institute The solar power generation supervising device stated is connected, solar power generation supervising device with described middle control platform is wired or wireless is connected. Live photovoltaic generation performance is controlled at any time, if exception occurs in In situ DC side voltage, can control on-site generated power situation in time, is arranged Except failure.Gather photovoltaic power generation quantity in real time simultaneously, allow user to understand solar energy power generating situation at any time.
Preferably, described solar water heating system includes heat collector temperature sensor, water tank temperature sensor, pipeline Temperature sensor, high water tank meter, small pump state collecting device, circulating pump state collecting device, heat pump state acquisition dress Put and solar water supervising device, heat collector temperature sensor, water tank temperature sensor, Tube Temperature Sensor, water box liquid Position meter, small pump state collecting device, circulating pump state collecting device and heat pump state collecting device output end respectively and The input of described solar water supervising device is connected, and solar water heating system is additionally provided with collection solar water heating system The ammeter of the water meter of rate of water make-up and collection solar water heating system power consumption, water meter, ammeter metering output end respectively with it is described The input of solar water supervising device be connected, solar water supervising device and described middle control platform are wired or wireless It is connected.Real time on-line monitoring is carried out to each position hot water temperature of solar water heating system, ensures the normal of solar water heating system Operation, enables users to enjoy comfortable temperature at any time, and by the on-line monitoring to each controlling pump state, understand each water The running situation of pump, the performance of each water pump is grasped, ensure the normal operation of whole system.
Preferably, described rainwater comprehensive utilization control system include rain collector, rain water drainage processing unit, Rainwater collection pool, clear water reserviors, greening rainer, garage flusher, rain sensor, landscape pond and rainwater comprehensive utilization Supervising device, rain sensor are located at outdoor, and rain collector is located at building roof, rain collector and rain water drainage Rainwater inlet pipeline is connected between processing unit, blowoff line is connected between rain water drainage processing unit and municipal drainage pipeline, Described blowoff line is provided with rain water drainage electric butterfly valve, and reclaimed water is connected between rain water drainage processing unit and rainwater collection pool Pipeline, the filtered elevator pump of rainwater collection pool, filtering tank, rainwater reuse elevator pump are connected with described clear water reserviors, clear water reserviors Outlet pipeline is connected with described greening rainer, garage flusher respectively, is set on the outlet pipeline of described clear water reserviors There is reclaimed water electric butterfly valve, described greening rainer is provided with sprinkling irrigation magnetic valve, and described garage flusher, which is provided with, rinses electricity Magnet valve, clear water reserviors are connected with municipal water supply pipeline, and municipal water supply pipeline is provided with municipal water supply electric butterfly valve, and clear water reserviors are through landscape Water replenishment pump is connected with landscape pond, and landscape pond reuse moisturizing is connected between landscape pond and described rainwater collection pool Pipeline, landscape pond reuse water pipe are provided with reuse moisturizing magnetic valve, stormwater tank liquid are provided with described rainwater collection pool Position meter, described clear water reserviors are interior to be provided with clear water reserviors liquid level gauge, and landscape pond liquid level gauge is provided with described landscape pond, described Stormwater tank liquid level gauge, clear water reserviors liquid level gauge, output end and the described rain water drainage of landscape pond liquid level gauge and rain sensor Electric butterfly valve, filtering elevator pump, rainwater reuse elevator pump, reclaimed water electric butterfly valve, sprinkling irrigation magnetic valve, scouring electromagnetic valve, municipal administration are given Water electric butterfly valve, the control terminal of reuse moisturizing magnetic valve are connected with described rainwater comprehensive utilization supervising device respectively, and rainwater is comprehensive Close using supervising device with described middle control platform is wired or wireless is connected.According to rainwater collection pool, clear water reserviors and landscape pond Liquid level, with reference to rainfall, weather forecast situation to automatically control each valve in rainwater comprehensive utilization control system, each pump opens Stop.By monitoring clear water pit level, linkage feedwater, ensure that spray irrigation system and garage flushing water can normal operations at any time.Rainwater is again When run, when stopped using each stage, how operated by system combination weather condition automatic decision and be automatically performed, sentenced Disconnected more accurate, control is more reasonable, various to the Land use systems of rainwater, improves research advances, dramatically saves Rainwater resource.
The control method of the intelligence community platform control system based on " internet+" of the present invention is:Administrative staff monitor Terminal includes being provided with the computer and/or mobile phone of intelligence community monitoring software, and instruction is issued on computer or mobile phone and passes through network Described middle control platform is transferred to, then corresponding control signal is sent to described solar energy by network by middle control platform respectively Photovoltaic generating system, solar water heating system, rainwater comprehensive utilization control system and geothermal heat pump air-conditioning system, control each system work Make, described solar photovoltaic generation system, solar water heating system, rainwater comprehensive utilization control system and geothermal heat pump air-conditioner Each transducing signal of system gives middle control platform by network transmission, then gives described management by network transmission by middle control platform Personnel control's terminal, administrative staff can monitor each system mode at any time by computer or mobile phone.The technical program is based on wisdom society Area's platform, using network, function is added in Equipment Foundations not increasing, can be operated on computer and mobile phone, can be conveniently Each system is manipulated, the purpose that can be manipulated simultaneously, at any time, everywhere to each system is realized, strengthens to each system control The globality and convenience of system, control flexibly, conveniently, improve efficiency, intelligent, automaticity height.
Preferably, the control method of the intelligence community platform control system based on " internet+" includes the sun Can photovoltaic generating system control method and solar water heating system control method;
Solar photovoltaic generation system control method is:Gather grid-connected end output electricity in real time by Alternative Voltage Converter Pressure, grid-connected end output current is gathered by AC current transformer, photovoltaic end is gathered in real time by DC voltage transmitter in real time Voltage, gather photovoltaic end electric current in real time by DC current transformer, solar energy power generating is gathered by electric quantity collector The generated energy of system, above-mentioned data are conveyed to solar power generation supervising device respectively, then are passed through by solar power generation supervising device Network is sent to described middle control platform, if occurring extremely and alarm;
Solar water heating system control method is:Gather the thermal-arrest of solar water heater respectively by each temperature sensor Device temperature, water tank temperature and pipe temperature, the high water tank of solar water heater is gathered by liquid level gauge, and above-mentioned data difference is defeated Solar water supervising device is given, then described middle control platform is sent to by network by solar water supervising device, such as The data collected exceed setting value then and alarm;By external each on-off model isolator by solar water heater The 220V working volts alternating current contact point signals of small pump, circulating pump and heat pump are converted to passive contact point signal and are conveyed to solar energy Hot water supervising device, then described middle control platform is sent to by network by solar water supervising device, the sun is controlled in real time Can each water pump operation situation of water heater;Gather water meter and the collection solar water heating system power consumption of solar water heating system water consumption The water consumption collected, power consumption are conveyed to solar water supervising device by the ammeter of amount by RS485 signal wires respectively, then Described middle control platform is sent to by network by solar water supervising device, understands the whole of solar water heater work in real time Physical efficiency consumes.
Preferably, the control method of the intelligence community platform control system based on " internet+" includes rainwater Control system control method is comprehensively utilized, rainwater comprehensive utilization control system control method includes basic progress control method, intelligence Can be sprayed control method, intelligent wash control method, intelligent landscape pond water compensating control method, intelligent landscape pond reuse control Method and intelligent conversion are municipal water supply control method;
Basic progress control method is:Rain collector collects the rainwater for falling on building roof, the rainwater being collected into Rain water drainage processing unit is flowed into by rainwater inlet pipeline, is handled through rain water drainage processing unit, rainwater is separated into impurity More sewage is discharged into municipal drainage pipeline with the reclaimed water using standard, sewage is met through blowoff line, and reclaimed water flows into rainwater collection Ji Chi is stored temporarily, and rainwater comprehensive utilization supervising device sends signal enabling filtering elevator pump, by the reclaimed water in rainwater collection pool It is transported to filtering tank and carries out contaminant filter and sanitary index processing, obtain clear water, clear water is pumped into by rainwater reuse lifting Pond stored for future use;When stormwater tank liquid level gauge collects, rainwater collection pool is in full water state and clear water reserviors liquid level gauge collects clearly When pond is also at full water state, rainwater comprehensive utilization supervising device sends signal and opens rain water drainage electric butterfly valve, will flow into The redundancy water of rain water drainage processing unit is discharged into municipal drainage pipeline;
Intelligent spray irrigation control method is:Described middle control platform is sprayed the time according to timing set in advance, is passed through simultaneously The rainfall value of rain sensor collection judges whether raining at present, judges the drop on the same day further according to the weather forecast information of acquisition Water probability, if at present do not rain and the precipitation probability on the same day be less than 80% when, it is middle control platform courses rainwater comprehensive utilization Supervising device sends signal and opens reclaimed water electric butterfly valve, sprinkling irrigation magnetic valve and rainwater reuse elevator pump, with the clear water in clear water reserviors Green plants are sprayed;
Intelligent wash control method is:When described sprinkling irrigation magnetic valve is closed, landscape pond small pump When being closed, described middle control platform courses rainwater comprehensive utilization supervising device sends signal and opens described middle water power Dynamic butterfly valve, scouring electromagnetic valve and rainwater reuse elevator pump, it is allowed to which described garage flusher is entered using the clear water in clear water reserviors Row rinses;
Intelligent landscape pond water compensating control method:Landscape pond liquid level gauge gathers the liquid level of landscape pond and is conveyed in real time Rainwater comprehensive utilization supervising device, when collecting landscape pond liquid level and being less than lower setting value, middle control platform courses rainwater synthesis Signal-off sprinkling irrigation magnetic valve and scouring electromagnetic valve are sent using supervising device, opens landscape pond small pump, starts rainwater and returns With elevator pump, the clear water in clear water reserviors is delivered in landscape pond, when landscape pond liquid level reaches upper setting value, middle control is flat Platform control rainwater comprehensive utilization supervising device, which sends signal, makes landscape pond small pump, rainwater reuse elevator pump be stopped;
Intelligent landscape pond reuse control method:If described middle control platform is sent according to described landscape pond liquid level gauge The level value come judges that landscape pond liquid level is in high water level state, and analyzes future 48 according to the weather forecast information of acquisition Rainfall probability is less than 80% in hour, then middle control platform courses rainwater comprehensive utilization supervising device sends signal and opens described return With moisturizing magnetic valve, the water in landscape pond is passed through into described landscape pond reuse water pipe recharge to described rainwater collection Ji Chi, then clear water is processed into through rainwater collection pool, convey and be stored to stand-by in described clear water reserviors;
Intelligent conversion is municipal water supply control method:When described rainwater collection pool, clear water reserviors and landscape pond are in During low water level, and middle control platform analyzes following 48 hours rainfall probability according to the weather forecast information of acquisition and is less than 80% When, then middle control platform courses rainwater comprehensive utilization supervising device sends signal and opens described municipal water supply electric butterfly valve, passes through Municipal water supply pipeline fills clear water reserviors.
The technical program can judge whether to open reclaimed water electric butterfly valve and sprinkling irrigation magnetic valve with reference to weather condition, i.e., according to day Gas situation be made whether the judgement sprayed using the clear water in clear water reserviors, improve rainwater utilization, save the water money of storage Source.Rainwater recycles each stage when run, when stop, how operating by system combination weather condition automatic decision and oneself Dynamic to complete, it is more accurate to judge, control is more reasonable, various to the Land use systems of rainwater, improves research advances, saves significantly About rainwater resource, intelligent, automaticity height.
Preferably, described control method includes geothermal heat pump air-conditioning system control method:Adopted by temperature sensor Collect the water inlet end temperature and water side temperature of geothermal heat pump air-conditioning system, by outside connected switch amount signal isolator by earth source heat pump The 220V working volts alternating current contact point signals of the water circulating pump of air-conditioning system are converted to passive contact point signal and are conveyed to earth source heat pump Supervising device, then described middle control platform, detection geothermal heat pump air-conditioner system are sent to by network by earth source heat pump supervising device Unite the running status of each pump, understand the overall operation situation of geothermal heat pump air-conditioning system.Geothermal heat pump air-conditioning system is carried out Optimization, establish with can model, by described indoor infrared inductive pick-up detect in room whether someone, according to whether someone Room conditioning temperature control circuit is adjusted, air conditioner refrigerating is controlled or heats the start and stop of mechanism, reasonable distribution using energy source, realize and save energy Consumption.
Specific control method:Whether earth source heat pump supervising device has by indoor infrared inductive pick-up detection interior in real time People simultaneously does following judgement:If indoor, nobody exceedes setting time the time, refrigeration or the heating for stopping air-conditioning;If indoor continuation nothing The time of people exceedes the setting air-conditioning unused time, then closes the air-conditioning in the region;If nobody indoor time not less than setting time, Air-conditioning is kept it turned on;If sensing indoor someone, control operation of air conditioner is until being adjusted to former design temperature;If interior is held Continuous someone, then air-conditioner continuous unlatching, keeps former design temperature.
The beneficial effects of the invention are as follows:1st, manipulation is convenient and simple, it is not necessary to, can be by mobile phone to each system from establishing network System is monitored and controlled.2nd, manipulation is free, it is not necessary to which special messenger garrisons control room, and each system can be supervised at any time, everywhere Survey and control.3rd, high efficiency smart, can optimize original system control method and control parameter, and function more comprehensively, improves equipment utilization Rate.4th, monitoring in real time, convenient management.Strengthen the globality and convenience to the control of each system, control flexibly, conveniently, improves Efficiency, intelligent, automaticity height.5th, energy consumption, reasonable distribution limited resources are saved.
Brief description of the drawings
Fig. 1 is a kind of system connection block diagram of intelligence community platform control system of the present invention based on " internet+".
Fig. 2 is a kind of system connection block diagram of solar photovoltaic generation system in the present invention.
Fig. 3 is a kind of system connection block diagram of solar water heating system in the present invention.
Fig. 4 is a kind of system connection block diagram of geothermal heat pump air-conditioning system in the present invention.
Fig. 5 is a kind of system connection block diagram of rainwater comprehensive utilization control system in the present invention.
Embodiment
Below by embodiment, and with reference to accompanying drawing, technical scheme is described in further detail.
Embodiment:The intelligence community platform control system based on " internet+" of the present embodiment, as shown in figure 1, including too It is positive can photovoltaic generating system 3, solar water heating system 4, geothermal heat pump air-conditioning system 5, rainwater comprehensive utilization control system 6, in Control platform 1 and administrative staff's monitor terminal 2, solar photovoltaic generation system 3, solar water heating system 4, geothermal heat pump air-conditioner system System 5 and rainwater comprehensive utilization control system 6 are connected with middle control platform 1 by wireless 3G network respectively, middle control platform 1 and custodian Member's monitor terminal 2 is connected also by wireless 3G network.Administrative staff's monitor terminal 2 can have multiple, including be provided with wisdom society Computer, tablet personal computer and the mobile phone of area's monitoring software.
As shown in Fig. 2 solar photovoltaic generation system 3 include Alternative Voltage Converter 301, AC current transformer 302, DC voltage transmitter 303, DC current transformer 304 and solar power generation supervising device 305, Alternative Voltage Converter 301 Input, AC current transformer 302 input respectively the alternating current pressure side with solar inverter switch cubicle 306, hand over Stream current terminal is connected, and the input of DC voltage transmitter 303, the input of DC current transformer 304 are respectively and header box The direct current pressure side of incoming line switch cabinet 307, DC current end are connected, Alternative Voltage Converter 301, AC current transformer 302, The input with solar power generation supervising device 305 respectively of the output end of DC voltage transmitter 303 and DC current transformer 304 End is connected, and the electric energy metrical output end of power supply administration's ammeter 308 is also connected with solar power generation supervising device 305, solar power generation Supervising device 305 is connected with middle control platform 1 by wireless 3G network.
As shown in figure 3, solar water heating system 4 includes heat collector temperature sensor 401, water tank temperature sensor 402, pipe Channel temp sensor 403, high water tank meter 404, small pump state collecting device 405, circulating pump state collecting device 406, plus Heat pump state collecting device 407 and solar water supervising device 409, heat collector temperature sensor 401, water tank temperature sensor 402nd, Tube Temperature Sensor 403, high water tank meter 404, small pump state collecting device 405, circulating pump state collecting device 406 and input of the output end respectively with solar water supervising device 409 of heat pump state collecting device 407 be connected, on State pump state collecting device and use 220V on-off model isolators, the input of 220V on-off model isolators respectively and The supply voltage end of each pump is connected, and solar water heating system 4 also has the water meter 410 for gathering solar water heating system water consumption and adopted Collect the ammeter 411 of solar water heating system power consumption, water meter 410, the metering output end of ammeter 411 are supervised with solar water respectively The input of control device 409 is connected, and solar water supervising device 409 is connected with middle control platform 1 by wireless 3G network.
As shown in figure 4, geothermal heat pump air-conditioning system 5 includes water pump power consumption metering device 501, water inlet end temperature sensor 502nd, water side temperature sensor 503, compressor state collecting device 504, circulating pump state collecting device 505, indoor infrared Inductive pick-up 507 and earth source heat pump supervising device 506, water pump power consumption metering device 501, water inlet end temperature sensor 502, Water side temperature sensor 503, compressor state collecting device 504, circulating pump state collecting device 505 and indoor infrared sensing Input of the output end of sensor 507 respectively with earth source heat pump supervising device 506 is connected, earth source heat pump supervising device 506 Output end is connected with room conditioning temperature control circuit 508, and said pump state collecting device uses 220V on-off model isolators, The input of 220V on-off model isolators is connected with the supply voltage end of each pump respectively, the He of earth source heat pump supervising device 506 Middle control platform 1 is connected by wireless 3G network.
As shown in figure 5, rainwater comprehensive utilization control system 6 includes rain collector 601, rain water drainage processing unit 602nd, rainwater collection pool 603, clear water reserviors 604, greening rainer 605, garage flusher 606, rain sensor 607, scape See and platform 608 is controlled in pond 625 and remote computer, rain sensor 607 is arranged on outdoor, can be arranged on ground or building room Top, rain collector 601 are arranged on building roof, and the rainwater on roof, rain collector 601 and rain are fallen on for collecting Rainwater inlet pipeline 609 is connected between water abandoned stream processing unit 602, rain water inlet electromagnetism is installed on rainwater inlet pipeline 609 Valve 621, blowoff line 611 is connected between rain water drainage processing unit 602 and municipal drainage pipeline 610, is pacified on blowoff line 611 Equipped with rain water drainage electric butterfly valve 612, water lines in being connected between rain water drainage processing unit 602 and rainwater collection pool 603 613,603 filtered elevator pump of rainwater collection pool, rainwater reuse elevator pump 614 are connected with clear water reserviors 604, and clear water reserviors 604 go out Water lines 615 are connected with greening rainer 605, garage flusher 606 with landscape water replanishing device respectively, clear water reserviors 604 Reclaimed water electric butterfly valve 616 is installed, greening rainer 605 is provided with sprinkling irrigation magnetic valve 617, garage punching on outlet pipeline 615 Cleaning device 606 is provided with scouring electromagnetic valve 618, and clear water reserviors 604 are also connected by pipeline with municipal water supply pipeline 622, connects city Municipal water supply electric butterfly valve 623 is installed on the pipeline of political affairs supply line 622 and clear water reserviors.Clear water reserviors 604 and landscape pond 625 Between be connected with landscape pond small pump 624, landscape pond reuse is connected between landscape pond 625 and rainwater collection pool 603 Water pipe 627, reuse moisturizing magnetic valve 628 is installed on landscape pond reuse water pipe 627.In rainwater collection pool 603 Stormwater tank liquid level gauge 619 is installed, clear water reserviors liquid level gauge 620 is installed in clear water reserviors 604, scape is installed in landscape pond 625 See pond liquid level meter 626, stormwater tank liquid level gauge 619, clear water reserviors liquid level gauge 620, landscape pond liquid level gauge 626 and rain sensor Input of 607 output end respectively with rainwater comprehensive utilization supervising device 608 is connected, rainwater comprehensive utilization supervising device 608 Output end respectively with rainwater entering water electromagnetic valve 621, rain water drainage electric butterfly valve 612, rainwater reuse elevator pump 614, middle water power Dynamic butterfly valve 616, sprinkling irrigation magnetic valve 617, scouring electromagnetic valve 618, municipal water supply electric butterfly valve 623, reuse moisturizing magnetic valve 628 and The control terminal of landscape pond small pump 624 is connected, and rainwater comprehensive utilization supervising device 608 and middle control platform 1 pass through wireless 3G nets Network is connected.
The control method of the above-mentioned intelligence community platform control system based on " internet+" is:Administrative staff are being provided with On the computer or mobile phone of intelligence community monitoring software issue instruction, instruction by wireless 3G network be transferred to it is middle control platform 1, then by Middle control platform 1 sends corresponding control signal to solar power generation supervising device 305, solar water respectively by wireless 3G network Supervising device 409, earth source heat pump supervising device 506 and rainwater comprehensive utilization supervising device 608, each system is controlled to work, the sun Can generating monitoring device 305, solar water supervising device 409, earth source heat pump supervising device 506 and rainwater comprehensive utilization monitoring Each transducing signal that device 608 receives is transferred to middle control platform 1 by wireless 3G network, then is passed through by middle control platform 1 Wireless 3G network is transferred to administrative staff's monitor terminal 2, and administrative staff can monitor each system mode at any time by computer or mobile phone.
Specific control method include solar photovoltaic generation system control method, solar water heating system control method, Source heat pump air-conditioning system control method and rainwater comprehensive utilization control system control method.
Solar photovoltaic generation system control method is:Grid-connected end is gathered in real time by Alternative Voltage Converter 301 to export Voltage, grid-connected end output current is gathered by AC current transformer 302 in real time, adopted in real time by DC voltage transmitter 303 Collect photovoltaic terminal voltage, photovoltaic end electric current is gathered by DC current transformer 304 in real time, the sun is gathered by electric quantity collector The generated energy of energy photovoltaic generating system, above-mentioned data are conveyed to solar power generation supervising device 305 respectively, then by solar power generation Supervising device 305 by wireless 3G network be sent to it is middle control platform 1, as occur extremely and if alarm;
Solar water heating system control method is:Gather the thermal-arrest of solar water heater respectively by each temperature sensor Device temperature, water tank temperature and pipe temperature, the high water tank of solar water heater is gathered by liquid level gauge, and above-mentioned data difference is defeated Solar water supervising device 409 is given, then middle control is sent to by wireless 3G network by solar water supervising device 409 and put down Platform 1, if the data that collect exceed setting value and alarm;By external each on-off model isolator by solar heat Charging pump, circulating pump, heat pump, the 220V working volts alternating current contact point signals of supply-water pump of hydrophone are converted to passive contact point signal Solar water supervising device 409 is conveyed to, then middle control is sent to by wireless 3G network by solar water supervising device 409 Platform 1, each pump operation situation of solar water heater is controlled in real time;Gather the water meter 410 of solar water heating system water consumption and adopt The ammeter 411 for collecting solar water heating system power consumption is respectively conveyed the water consumption collected, power consumption by RS485 signal wires Middle control platform is sent to by wireless 3G network to solar water supervising device 409, then by solar water supervising device 409 1, the overall energy consumption of solar water heater work is understood in real time;
Geothermal heat pump air-conditioning system control method is:The water inlet end of geothermal heat pump air-conditioning system is gathered by temperature sensor Temperature and water side temperature, the 220V of the water circulating pump of geothermal heat pump air-conditioning system is handed over by outside connected switch amount signal isolator Stream operating voltage contact point signal is converted to passive contact point signal and is conveyed to earth source heat pump supervising device 506, then is supervised by earth source heat pump Control device 506 by wireless 3G network be sent to it is middle control platform 1, the running status of each pump of detection geothermal heat pump air-conditioning system, Understand the overall operation situation of geothermal heat pump air-conditioning system;
Air-conditioning system is under intelligent mode, when setting room air conditioner automatic temperature-control time and air-conditioning automatic shutdown first Between, then infrared induction sensor in priming chamber, starts timer, by whether having in indoor infrared inductive pick-up detecting chamber People, indoor infrared inductive pick-up transmission level signal give earth source heat pump supervising device, after being judged according to the program setting time again Transmission level signal gives air-conditioning temperature control circuit, controls to adjust the start and stop of indoor temperature and air-conditioning.
Middle control platform monitor in real time it is indoor whether someone, and do following judgement:
1st, when interior is in someone's state, transmission level signal does not give earth source heat pump supervising device, then air-conditioner continuous is opened, Keep former design temperature.
If the 2nd, it is indoor nobody, transmission level signal gives earth source heat pump supervising device, and starts simultaneously at timing, it is indoor nobody when Between exceed setting time (as be 10 minutes), then adjust air-conditioning setting temperature (for winter cooling to 16 DEG C, summer is warming up to 28 ℃);Continue timing, if indoor continuation nobody, nobody exceedes the setting air-conditioning unused time (as being 30 minutes) time, then ground source heat Pump supervising device sends the air-conditioning in the signal-off region.
3rd, when nobody indoor not less than setting time time, or indoor someone is detected, then transmission level signal gives ground source Heat pump supervising device, indoor temperature keep original setting value, and air-conditioning is kept it turned on;
4th, when interior, nobody exceedes setting time (as being 10 minutes) time, then the temperature that adjustment air-conditioning is set (drop by winter For temperature to 16 DEG C, summer is warming up to 28 DEG C), and continue timing, in this stage, if detect indoor someone, transmission level letter Number earth source heat pump supervising device is given, air-conditioner temperature is adjusted to former design temperature.
Rainwater comprehensive utilization control system control method includes basic progress control method, Intelligent spray irrigation control method, intelligence Energy flush control method, intelligent landscape pond water compensating control method, intelligent landscape pond reuse control method and intelligent conversion are Municipal water supply control method;
Basic progress control method is:Rain collector 601 collects the rainwater for falling on building roof, the rain being collected into Water flows into rain water drainage processing unit 602 by rainwater inlet pipeline 609, is handled through rain water drainage processing unit 602, by rainwater It is separated into the more sewage of impurity and meets the reclaimed water using standard, sewage is discharged into municipal drainage pipeline through blowoff line 611 610, reclaimed water flows into rainwater collection pool 603, and sanitary index processing is carried out by rainwater collection pool 603, obtains clear water, rainwater synthesis profit Signal enabling rainwater reuse elevator pump 614 is sent with supervising device 608, the clear water in rainwater collection pool 603 is transported to clear water Pond 604 is simultaneously stored in stand-by in clear water reserviors 604;Full water state is in when stormwater tank liquid level gauge 619 collects rainwater collection pool 603 And when clear water reserviors liquid level gauge 620 collects clear water reserviors 604 and is also at full water state, rainwater comprehensive utilization supervising device 608 is sent out Go out signal and open rain water drainage electric butterfly valve 612, the redundancy water for flowing into rain water drainage processing unit 602 is discharged into water under municipal administration Pipeline 610;
Intelligent spray irrigation control method is:Middle control platform 1 is sprayed the time according to timing set in advance, while is passed by rainfall The rainfall value that sensor 607 gathers judges whether raining at present, judges the precipitation on the same day further according to the weather forecast information of acquisition Probability, if at present do not rain and the precipitation probability on the same day be less than 80% when, it is middle control platform 1 control rainwater comprehensive utilization prison Control device 608 sends signal and opens reclaimed water electric butterfly valve 616 and sprinkling irrigation magnetic valve 617, with the clear water in clear water reserviors 604 to greening Plant is sprayed;
Intelligent wash control method is:When magnetic valve 617 of spraying is closed, middle control platform 1 controls rainwater comprehensive Close and send signal unlatching reclaimed water electric butterfly valve 616 and scouring electromagnetic valve 618 using supervising device 608, it is allowed to garage flusher 606 are rinsed using the clear water in clear water reserviors 604;
Intelligent landscape pond water compensating control method:Landscape pond liquid level gauge 626 gathers the liquid level of landscape pond 625 simultaneously in real time Rainwater comprehensive utilization supervising device 608 is conveyed to, when collecting the liquid level of landscape pond 625 and being less than lower setting value, middle control platform 1 Control rainwater comprehensive utilization supervising device 608 sends signal enabling landscape pond small pump 624, by the clear water in clear water reserviors 604 It is delivered in landscape pond 625, when the liquid level of landscape pond 625 reaches upper setting value, middle control platform 1 controls rainwater comprehensive utilization Supervising device 608, which sends signal, makes landscape pond small pump 624 be stopped;
Intelligent landscape pond reuse control method:If the liquid level that middle control platform 1 is sent according to landscape pond liquid level gauge 626 Value judges that the liquid level of landscape pond 625 is in high water level state, and analyzes 48 hours futures according to the weather forecast information of acquisition Interior rainfall probability is less than 80%, then middle control platform 1 controls rainwater comprehensive utilization supervising device 608 to send signal and opens reuse moisturizing Magnetic valve 628, by the water in landscape pond 625 by the recharge of landscape pond reuse water pipe 627 to rainwater collection pool 603, Clear water is processed into through rainwater collection pool 603 again, conveys and is stored to stand-by in clear water reserviors 604;
Intelligent conversion is municipal water supply control method:When rainwater collection pool 603, clear water reserviors 604 and landscape pond 625 are located When low water level, and middle control platform 1 is analyzed following 48 hours rainfall probability according to the weather forecast information of acquisition and is less than When 80%, then middle control platform 1 controls rainwater comprehensive utilization supervising device 608 to send signal and opens municipal water supply electric butterfly valve 623, Clear water reserviors 604 are filled by municipal water supply pipeline 622.
The present invention is based on intelligence community platform, using network, function is added in Equipment Foundations not increasing, in computer and hand It can operate, conveniently each system can be manipulated on machine, realization can manipulate simultaneously, at any time, everywhere to each system Purpose, strengthen the globality and convenience to the control of each system, control flexibly, conveniently, improves efficiency, intelligent, automatic Change degree is high.

Claims (3)

1. the control method of intelligence community platform control system of the one kind based on " internet+", it is characterised in that based on " internet + " intelligence community platform control system include solar photovoltaic generation system (3), solar water heating system (4), rainwater synthesis Utilize control system (6), geothermal heat pump air-conditioning system (5), middle control platform (1) and administrative staff's monitor terminal (2), solar energy Photovoltaic generating system (3), solar water heating system (4), rainwater comprehensive utilization control system (6) and geothermal heat pump air-conditioning system (5) Respectively with described middle control platform (1) is wired or wireless is connected, middle control platform (1) and described administrative staff's monitor terminal (2) It is wired or wireless to be connected;It is mutual that described solar photovoltaic generation system (3) includes Alternative Voltage Converter (301), alternating current Sensor (302), DC voltage transmitter (303), DC current transformer (304) and solar power generation supervising device (305), hand over Flow voltage transmitter (301) input, AC current transformer (302) input respectively with solar inverter switch cubicle (306) alternating current pressure side, alternating current end are connected, input, the DC current transformer of DC voltage transmitter (303) (304) the direct current pressure side with header box incoming line switch cabinet (307), DC current end are connected input respectively, alternating voltage Transmitter (301), AC current transformer (302), DC voltage transmitter (303) and DC current transformer (304) it is defeated Go out input of the end respectively with described solar power generation supervising device (305) to be connected, the electric energy metrical of power supply administration's ammeter (308) Output end is also connected with described solar power generation supervising device (305), solar power generation supervising device (305) and it is described in It is wired or wireless connected to control platform (1);Described solar water heating system (4) includes heat collector temperature sensor (401), water tank Temperature sensor (402), Tube Temperature Sensor (403), high water tank meter (404), small pump state collecting device (405), Circulating pump state collecting device (406), heat pump state collecting device (407) and solar water supervising device (409), thermal-arrest Device temperature sensor (401), water tank temperature sensor (402), Tube Temperature Sensor (403), high water tank meter (404), benefit The output of water pump state collecting device (405), circulating pump state collecting device (406) and heat pump state collecting device (407) The input respectively with described solar water supervising device (409) is held to be connected, solar water heating system (4) is additionally provided with collection The water meter (410) of solar water heating system (4) water consumption and the ammeter (411) for gathering solar water heating system (4) power consumption, water The input of table (410), the metering output end of ammeter (411) respectively with described solar water supervising device (409) is connected, Solar water supervising device (409) with described middle control platform (1) is wired or wireless is connected;
Control method is:Described administrative staff's monitor terminal (2) include be provided with intelligence community monitoring software computer and/or Mobile phone, issue instruction gives described middle control platform (1) by network transmission on computer or mobile phone, then is divided by middle control platform (1) Corresponding control signal is not sent to described solar photovoltaic generation system (3), solar water heating system (4), rain by network Water comprehensive utilization control system (6) and geothermal heat pump air-conditioning system (5), each system is controlled to work, described photovoltaic hair Electric system (3), solar water heating system (4), rainwater comprehensive utilization control system (6) and geothermal heat pump air-conditioning system (5) it is each Individual transducing signal gives described custodian to middle control platform (1), then by middle control platform (1) by network transmission by network transmission Member's monitor terminal (2), administrative staff can monitor each system mode at any time by computer or mobile phone;
Control method includes solar photovoltaic generation system control method and solar water heating system control method;
Solar photovoltaic generation system control method is:Grid-connected end output electricity is gathered by Alternative Voltage Converter (301) in real time Pressure, grid-connected end output current is gathered by AC current transformer (302) in real time, real-time by DC voltage transmitter (303) Photovoltaic terminal voltage is gathered, photovoltaic end electric current is gathered in real time by DC current transformer (304), is gathered by electric quantity collector The generated energy of solar photovoltaic generation system, above-mentioned data are conveyed to solar power generation supervising device (305) respectively, then by the sun Can generating monitoring device (305) described middle control platform (1) is sent to by network, if occurring extremely and alarm;
Solar water heating system control method is:Gather the heat collector temperature of solar water heater respectively by each temperature sensor Degree, water tank temperature and pipe temperature, the high water tank of solar water heater is gathered by liquid level gauge, and above-mentioned data are conveyed to respectively Solar water supervising device (409), then described middle control is sent to by network by solar water supervising device (409) and put down Platform (1), if the data that collect exceed setting value and alarm;By external each on-off model isolator by solar energy Small pump, circulating pump, the 220V working volts alternating current contact point signals of heat pump of water heater are converted to passive contact point signal conveying Solar water supervising device (409) is given, then described middle control is sent to by network by solar water supervising device (409) Platform (1), each pump operation situation of solar water heater is controlled in real time;Gather the water meter (410) of solar water heating system water consumption Ammeter (411) with collection solar water heating system power consumption is respectively by RS485 signal wires by the water consumption collected, electricity consumption Amount is conveyed to solar water supervising device (409), then is sent to by network by solar water supervising device (409) described Middle control platform (1), in real time understand solar water heater work overall energy consumption.
2. the control method of the intelligence community platform control system according to claim 1 based on " internet+", its feature Be described rainwater comprehensive utilization control system (6) include rain collector (601), rain water drainage processing unit (602), Rainwater collection pool (603), clear water reserviors (604), greening rainer (605), garage flusher (606), rain sensor (607), landscape pond (625) and rainwater comprehensive utilization supervising device (608), rain sensor (607) are located at outdoor, rainwater collection Acquisition means (601) are located at building roof, and rain is connected between rain collector (601) and rain water drainage processing unit (602) Water inlet pipeline (609), blowoff line is connected between rain water drainage processing unit (602) and municipal drainage pipeline (610) (611), described blowoff line (611) is provided with rain water drainage electric butterfly valve (612), rain water drainage processing unit (602) and Water lines (613) in being connected between rainwater collection pool (603), rainwater collection pool (603) is through rainwater reuse elevator pump (614) and institute The clear water reserviors (604) stated are connected, the outlet pipelines (615) of clear water reserviors (604) respectively with described greening rainer (605), Garage flusher (606) is connected, and the outlet pipeline (615) of described clear water reserviors (604) is provided with reclaimed water electric butterfly valve (616), described greening rainer (605) is provided with sprinkling irrigation magnetic valve (617), and described garage flusher (606) is provided with Scouring electromagnetic valve (618), clear water reserviors (604) are connected with municipal water supply pipeline (622), and municipal water supply pipeline (622) is provided with city Political affairs feedwater electric butterfly valve (623), clear water reserviors (604) are connected through landscape pond small pump (624) with landscape pond (625), landscape Landscape pond reuse water pipe (627), landscape pond are connected between pond (625) and described rainwater collection pool (603) Reuse water pipe (627) is provided with reuse moisturizing magnetic valve (628), and stormwater tank is provided with described rainwater collection pool (603) Liquid level gauge (619), described clear water reserviors (604) are interior to be provided with clear water reserviors liquid level gauge (620), is set in described landscape pond (625) There are landscape pond liquid level gauge (626), described stormwater tank liquid level gauge (619), clear water reserviors liquid level gauge (620), landscape pond liquid level Count the output end and described rain water drainage electric butterfly valve (612), rainwater reuse elevator pump of (626) and rain sensor (607) (614), reclaimed water electric butterfly valve (616), sprinkling irrigation magnetic valve (617), scouring electromagnetic valve (618), municipal water supply electric butterfly valve (623), landscape pond small pump (624), reuse moisturizing magnetic valve (628) control terminal respectively with described rainwater comprehensive utilization Supervising device (608) is connected, rainwater comprehensive utilization supervising device (608) with described middle control platform (1) is wired or wireless is connected;
Described control method includes rainwater comprehensive utilization control system control method, rainwater comprehensive utilization control system controlling party Method includes basic progress control method, Intelligent spray irrigation control method, intelligent wash control method, intelligent landscape pond moisturizing control Method, intelligent landscape pond reuse control method and intelligent conversion are municipal water supply control method;
Basic progress control method is:Rain collector (601) collects the rainwater for falling on building roof, the rainwater being collected into Rain water drainage processing unit (602) is flowed into by rainwater inlet pipeline (609), is handled through rain water drainage processing unit (602), will Rainwater is separated into the more sewage of impurity and meets the reclaimed water using standard, and sewage is discharged into water under municipal administration through blowoff line (611) Pipeline (610), reclaimed water flow into rainwater collection pool (603), and rainwater comprehensive utilization supervising device (608) sends signal enabling filtering and carried Pump is risen, the reclaimed water in rainwater collection pool (603) is transported into filtering tank carries out contaminant filter and sanitary index processing, obtains clear Water, clear water reserviors (604) stored for future use is transported to by rainwater reuse elevator pump (614);When stormwater tank liquid level gauge (619) collects Rainwater collection pool (603) is in full water state and clear water reserviors liquid level gauge (620) collects clear water reserviors (604) and is also at full water shape During state, rainwater comprehensive utilization supervising device (608) sends signal and opens rain water drainage electric butterfly valve (612), will flow into rainwater and abandons The redundancy water of current processing device (602) is discharged into municipal drainage pipeline (610);
Intelligent spray irrigation control method is:Described middle control platform (1) is sprayed the time according to timing set in advance, while passes through rain The rainfall value of quantity sensor (607) collection judges whether raining at present, judges the same day further according to the weather forecast information of acquisition Precipitation probability, if at present do not rain and the precipitation probability on the same day be less than 80% when, it is middle control platform (1) control rainwater it is comprehensive Conjunction sends signal unlatching reclaimed water electric butterfly valve (616), sprinkling irrigation magnetic valve (617) and rainwater reuse using supervising device (608) and carried Pump (614) is risen, green plants are sprayed with the clear water in clear water reserviors (604);
Intelligent wash control method is:When described sprinkling irrigation magnetic valve (617) is closed, described middle control platform (1) control rainwater comprehensive utilization supervising device (608) to send signal to open described reclaimed water electric butterfly valve (616), rinse electromagnetism Valve (618) and rainwater reuse elevator pump (614), it is allowed to which described garage flusher (606) uses clear in clear water reserviors (604) Water is rinsed;
Intelligent landscape pond water compensating control method:Landscape pond liquid level gauge (626) gathers the liquid level of landscape pond (625) simultaneously in real time Rainwater comprehensive utilization supervising device (608) is conveyed to, when collecting landscape pond (625) liquid level and being less than lower setting value, middle control Platform (1) control rainwater comprehensive utilization supervising device (608) sends signal-off sprinkling irrigation magnetic valve (617) and scouring electromagnetic valve (618) described landscape pond small pump (624) and rainwater reuse elevator pump (614), are started, will be clear in clear water reserviors (604) Water is delivered in landscape pond (625), when landscape pond (625) liquid level reaches upper setting value, middle control platform (1) control rainwater Comprehensive utilization supervising device (608), which sends signal, makes landscape pond small pump (624) and rainwater reuse elevator pump (614) stop work Make;
Intelligent landscape pond reuse control method:If described middle control platform (1) is according to described landscape pond liquid level gauge (626) level value sent judges that landscape pond (625) liquid level is in high water level state, and is believed according to the weather forecast of acquisition Rainfall probability is less than 80% in breath analysis is following 48 hours, then middle control platform (1) control rainwater comprehensive utilization supervising device (608) Send signal and open described reuse moisturizing magnetic valve (628), the water in landscape pond (625) is passed through into described landscape pond (627) recharge of reuse water pipe is processed into clear water to described rainwater collection pool (603), then through rainwater collection pool (603), defeated Send and be stored to stand-by in described clear water reserviors (604);
Intelligent conversion is municipal water supply control method:When described rainwater collection pool (603), clear water reserviors (604) and landscape pond (625) when being in low water level, and middle control platform (1) analyzes following 48 hours rainfall according to the weather forecast information of acquisition When probability is less than 80%, then middle control platform (1) control rainwater comprehensive utilization supervising device (608) sends signal and opens described city Political affairs feedwater electric butterfly valve (623), is filled clear water reserviors (604) by municipal water supply pipeline (622).
3. the control method of the intelligence community platform control system according to claim 1 or 2 based on " internet+", its It is characterised by that described geothermal heat pump air-conditioning system (5) includes water pump power consumption metering device (501), water inlet end temperature sensor (502), water side temperature sensor (503), compressor state collecting device (504), water circulating pump state collecting device (505), indoor infrared inductive pick-up (507) and earth source heat pump supervising device (506), water pump power consumption metering device (501), Water inlet end temperature sensor (502), water side temperature sensor (503), compressor state collecting device (504), water circulating pump The output end of state collecting device (505) and indoor infrared inductive pick-up (507) monitors dress with described earth source heat pump respectively The input for putting (506) is connected, and the output end of earth source heat pump supervising device (506) is connected with room conditioning temperature control circuit (508), Earth source heat pump supervising device (506) with described middle control platform (1) is wired or wireless is connected;
Described control method includes geothermal heat pump air-conditioning system control method:Geothermal heat pump air-conditioner is gathered by temperature sensor The water inlet end temperature and water side temperature of system, by outside connected switch amount signal isolator by the circulation of geothermal heat pump air-conditioning system The 220V working volts alternating current contact point signals of water pump are converted to passive contact point signal and are conveyed to earth source heat pump supervising device (506), Described middle control platform (1), detection geothermal heat pump air-conditioning system are sent to by network by earth source heat pump supervising device (506) again The running status of each pump, understand the overall operation situation of geothermal heat pump air-conditioning system;Sensed by described indoor infrared and passed Sensor (507) detection room in whether someone, according to whether someone adjust room conditioning temperature control circuit (508), control air-conditioning system Cold or heating mechanism start and stop, reasonable distribution using energy source.
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