CN207975865U - Intelligent thermal water is registered one's residence water rationing system - Google Patents

Intelligent thermal water is registered one's residence water rationing system Download PDF

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Publication number
CN207975865U
CN207975865U CN201721677920.2U CN201721677920U CN207975865U CN 207975865 U CN207975865 U CN 207975865U CN 201721677920 U CN201721677920 U CN 201721677920U CN 207975865 U CN207975865 U CN 207975865U
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China
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water
residence
thermal
geothermal
registered
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CN201721677920.2U
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Chinese (zh)
Inventor
张宝
王安民
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Golden Earth New Energy (tianjin) Group Ltd By Share Ltd
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Golden Earth New Energy (tianjin) Group Ltd By Share Ltd
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    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02BCLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B10/00Integration of renewable energy sources in buildings
    • Y02B10/40Geothermal heat-pumps
    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00Energy generation through renewable energy sources
    • Y02E10/10Geothermal energy

Abstract

It registers one's residence water rationing system the utility model is related to a kind of intelligent thermal water, including thermal water is registered one's residence water system, it is characterized in that:Thermal water water system of registering one's residence includes that GEOTHERMAL WATER water supply region, thermal water energy storage region, geothermal water reinjection region and thermal water are registered one's residence for four regions of backwater circulation system, thermal water energy storage region includes thermal water water-storing tank, it is equipped with thermometer and liquid level gauge in thermal water water-storing tank, thermal water water-storing tank is registered one's residence with GEOTHERMAL WATER water supply region, geothermal water reinjection region and thermal water respectively to be connected and composed the independently operated thermal water of subregion for backwater circulation system and register one's residence water system.Advantageous effect:The utility model realizes that each subregion is independently operated system, does not interfere with each other, and can be adjusted according to actual service condition, flexibly controls, provides the service more refined to the user, the experience for allowing user to be more satisfied with.

Description

Intelligent thermal water is registered one's residence water rationing system
Technical field
Water rationing system that the utility model belongs to underground heat supply field more particularly to a kind of intelligent thermal water is registered one's residence.
Background technology
With the development of society, the raising of people's living standard, the requirement to quality of the life is also higher and higher, hot spring The rise residential registered one's residence is come into being, with meet user to thermal water with with having the needs of.But it is provided along with underground heat The utilization in source, geothermal energy resources loss problem becomes increasingly conspicuous caused by thermal water system operation problem of management, how to protect Under the premise of the normal use for demonstrate,proving user, the yield of geothermal energy resources is reduced, geothermal energy resources utilization ratio is improved, becomes in industry Hot spot concern problem.
Since the exploitation of hot spring water control system is using there are one unified professional standard, system design aspect is not even more Lack in-depth study, existing thermal water register one's residence water system remain in by loop network supply GEOTHERMAL WATER and using tree Thermal water is supplied to the mode that family is combined by shape net.The drawback that this mode has its intrinsic.When cell using in batches build or When cell occupancy rate is not high, the heat-storing device of hot spring water control system is entered according to entire cell overall floorage or cell Firmly rate absolutely designs, and is bound to cause terrestrial heat resources exhaustive exploitation, and being stored in the GEOTHERMAL WATER in heat-storing device can not Used completely by user in time, cause the loss in vain of heat resource, not only waste resource, also increase operational management at Originally, the problem of this apparent wasting of resources, is increasingly paid close attention to by industry.
Utility model content
The utility model is to provide a kind of intelligent thermal water in order to overcome deficiency in the prior art and register one's residence water rationing System can meet thermal water and supply water the target registered one's residence and by the intellectualized reconstruction to energy storage device, reduce geothermal energy resources Waste.
The utility model to achieve the above object, is achieved through the following technical solutions, and a kind of intelligence thermal water is registered one's residence point Area's water system, including thermal water are registered one's residence water system, it is characterized in that:The thermal water register one's residence water system include GEOTHERMAL WATER supply Water area, thermal water energy storage region, geothermal water reinjection region and thermal water are registered one's residence for four regions of backwater circulation system, describedly Hot water water supply region includes sequentially connected first geothermal well, geothermal well immersible pump, and facility for iron and manganese removal and solenoid valve constitute ground Hot water feeding pipe's net;Thermal water energy storage region includes thermal water water-storing tank, and embedded electricity is connected in thermal water water-storing tank Heating tape, thermal water water-storing tank is interior to be equipped with thermometer and liquid level gauge, and geothermal water reinjection region includes sequentially connected pressurization row Water pump, drainage pipeline networks, solenoid valve and the second geothermal well;Thermal water is registered one's residence for backwater circulation system realm respectively by registering one's residence for return water Pipe network, pipe network end thermostat valve and pressurization water supply pump composition of registering one's residence;Thermal water water-storing tank respectively with GEOTHERMAL WATER water supply region, Hot water recharge region and thermal water, which are registered one's residence, to be connected and composed the independently operated thermal water of subregion for backwater circulation system and registers one's residence for water system System.
The starting switch of the facility for iron and manganese removal is set as coordinated signals with geothermal well immersible pump starting switch and solenoid valve.
The thermometer uses the plug-in type thermometer with probe.
The thermometer is connect with paddy electricity energy storage equipment, and paddy electricity energy storage equipment is connect with embedded electric-heating belt.
The liquid level gauge uses magnetic double level gauge.
Advantageous effect:Compared with prior art, the utility model realizes that each subregion is independently operated system, mutually not Interference, and can be adjusted according to actual service condition, it flexibly controls, provides the service more refined to the user, allow The experience that user is more satisfied with.
Description of the drawings
Fig. 1 is the utility model structure connection block diagram.
In figure:I, GEOTHERMAL WATER water supply region, II, thermal water energy storage region, III, geothermal water reinjection region, IV, thermal water enters Family is for backwater circulation system;
1, the first geothermal well, 2, geothermal well immersible pump, 3, facility for iron and manganese removal, 4, solenoid valve, 5, thermal water water-storing tank, 6, embedded electric-heating belt, 7, thermometer, 8, liquid level gauge, 9, Pressure water discharging pump, 10, drainage pipeline networks, 11, solenoid valve, 12, second Geothermal well, 13, register one's residence for return pipe net, 14, pipe network end thermostat valve, 15, pressurization water supply pump of registering one's residence.
Specific implementation mode
Below in conjunction with preferred embodiment, to according to specific implementation mode provided by the utility model, details are as follows:
Attached drawing is referred to, a kind of intelligent thermal water is present embodiments provided and registers one's residence water rationing system, including thermal water enters Family water system, thermal water water system of registering one's residence includes GEOTHERMAL WATER water supply region I, thermal water energy storage region II, GEOTHERMAL WATER Recharge region III and thermal water are registered one's residence for IV 4 regions of backwater circulation system, and GEOTHERMAL WATER water supply region includes being sequentially connected The first geothermal well 1, geothermal well immersible pump 2, facility for iron and manganese removal 3 and solenoid valve 4 constitute GEOTHERMAL WATER water supply network;Thermal water stores up Energy region includes thermal water water-storing tank 5, and embedded electric-heating belt 6, thermal water water storage water are connected in thermal water water-storing tank It is equipped with thermometer 7 and liquid level gauge 8 in case, geothermal water reinjection region includes sequentially connected Pressure water discharging pump 9, drainage pipeline networks 10, Solenoid valve 11 and the second geothermal well 12;Thermal water is registered one's residence for backwater circulation system realm respectively by registering one's residence for return pipe net 13, pipe Net end thermostat valve 14 and pressurization water supply pump 15 of registering one's residence form;Thermal water water-storing tank respectively with GEOTHERMAL WATER water supply region, underground heat Water Spreading region and thermal water, which are registered one's residence, to be connected and composed whole thermal water for backwater circulation system and registers one's residence water system.The present embodiment temperature Degree meter is using the plug-in type thermometer with probe.The present embodiment liquid level gauge uses magnetic double level gauge.Facility for iron and manganese removal starts Switch is set as coordinated signals with geothermal well immersible pump starting switch and solenoid valve.The plug-in type thermometer of the present embodiment band probe It is connect with paddy electricity energy storage equipment, paddy electricity energy storage equipment and wound form heat tracing band connection.
GEOTHERMAL WATER enters thermal water water-storing tank, then the temperature by being connected with water-storing tank by immersible pump in geothermal well Spring register one's residence water supply network by thermal water using pressurization water supply pump be transported to each subregion resident family family in, when thermal water is not used by And after temperature is reduced to set temperature, by opening the thermostat valve of thermal water watering cycle pipe network end, water at low temperature is made to return again Into water-storing tank, by carrying out lower water temperature in water tank, ensures water supply water temperature, realize hot spring water circulation use, reduce ground The yield of hot water.
Workflow
When thermal water reaches the low liquid level of setting in hot spring water-storing tank, the magnetic turning plate on hot spring water-storing tank Liquid level gauge can give immersible pump in the first geothermal well to send out signal, make GEOTHERMAL WATER from the first geothermal well to start geothermal well immersible pump In extract and enter facility for iron and manganese removal.Since facility for iron and manganese removal starting switch and geothermal well immersible pump starting switch are set Be set to coordinated signals, thus dive under water pump startup while, facility for iron and manganese removal also random start so that GEOTHERMAL WATER can smoothly enter into except iron Demanganization device enters GEOTHERMAL WATER water supply network by filtered GEOTHERMAL WATER, thermal water water-storing tank is arranged on heating network The solenoid valve of import is also configured as coordinated signals with facility for iron and manganese removal, therefore after the solenoid valve obtains open signal, it automatically opens GEOTHERMAL WATER is set to can smoothly enter into thermal water water-storing tank, until when thermal water liquid level reaches the high liquid level of setting in water tank, water tank Interior thermal water is realized by liquid level and is controlled, when reaching the high liquid level set in water tank, the magnetic turning plate liquid on hot spring water-storing tank Position meter sends out signal, and geothermal well immersible pump and facility for iron and manganese removal is made to be stopped, meanwhile, water storage water on GEOTHERMAL WATER water supply network Case entrance solenoid valve is closed, and geothermal water conveying is stopped.
Due to the magnetic double level gauge on hot spring water-storing tank and thermal water register one's residence circulation pipe network pressurization water supply pump between set A linkage signal is set, therefore while hot spring water tank stops moisturizing, the register one's residence pressurization water supply pump of circulation pipe network of thermal water opens Dynamic, when being filled into the watering cycle pipe network registered one's residence in pipe network in full-water operation pressure state, pressurization water supply pump of registering one's residence stops Only work.After user uses thermal water, pressurization water supply pump of registering one's residence can start moisturizing to thermal water and register one's residence watering cycle pipe automatically Until net is in full-water operation pressure state.It moves in circles, when the indicator solution of the magnetic double level gauge on thermal water water-storing tank When the low liquid level that potential drop is arranged as low as system, the immersible pump in the first geothermal well is restarted, again into hot spring water supply system An effective thermal water water supply circulatory system is realized in secondary moisturizing, to reduce the yield of terrestrial heat resources to greatest extent, The consumption for reducing the energy improves the service efficiency of resource.
When user is not high to thermal water service efficiency, when water consumption is little, hot spring is caused to register one's residence water supply circulatory system pipe network Interior thermal water water temperature reduces naturally, meets the thermal water of temperature requirement to ensure that user uses, meanwhile, avoid as far as possible by It is excessive to the discharge capacity of water at low temperature in user, and caused by hot spring water resource waste.The utility model is registered one's residence in hot spring and is supplied back Water-circulating pipe net end is provided with thermostat valve, and when temperature is less than thermostat valve set temperature, thermostat valve is opened, and cold-water reflux is arrived Thermal water water-storing tank, while starting pressurization water supply pump, thermal water up to standard is injected in registering one's residence watering cycle pipe network to hot spring, from And the water system is made to form an effective cycle for saving water resource.
The utility model also directed to high residential building due to subregion difference, caused by the thermal water of each subregion register one's residence watering cycle The distance of pipe network is different in size, respectively registers one's residence each subregion hot spring for backwater circulation pipe network according to the difference of the distance of each pipe network The different opening temperatures of the thermostat valve setting of end, preferably to ensure the intelligence water system to thermal water water temperature and water The Precise control of amount.
The thermal water water-storing tank of the utility model is also not only a simple water storage device, is installed in its inside Wound form heating tape, when temperature is reduced to setting value in thermal water water-storing tank, the band probe that is mounted in water-storing tank Plug-in type thermometer can send out signal, and the paddy electricity energy storage equipment for being set as coordinated signals therewith is made to start to work, and be wound form companion The torrid zone provides the electricity needed, and converts electrical energy into thermal energy, and defined temperature is warming up to the thermal water realized in water-storing tank The upper limit value of spring temperature, when thermal water reaches upper limit value, the band probe plug-in type thermometer in water-storing tank is sent out again Signal makes paddy electricity energy storage equipment and wound form heating tape be stopped.Since paddy electricity energy storage equipment is cheap using low-valley interval Electricity, reduces the operating cost of the set water system, and the recycling of thermal water, is also different from other previous thermal waters and supplies water The way that system directly exhausts water at low temperature avoids the waste of terrestrial heat resources, realizes terrestrial heat resources to greatest extent It is rationally effective to utilize.
The utility model is characterized in that each subregion is independently operated system, it does not interfere with each other, and can be according to reality The service condition on border is adjusted, and is flexibly controlled, is provided the service more refined to the user, the body for allowing user to be more satisfied with It tests.
The detailed description of above-mentioned water rationing system progress of registering one's residence to a kind of intelligent thermal water with reference to embodiment, is to say Bright property without being restrictive, several embodiments can be enumerated according to limited range, therefore new not departing from this practicality Change and modification under type general plotting should belong within the scope of protection of the utility model.

Claims (5)

1. a kind of intelligence thermal water is registered one's residence water rationing system, including thermal water is registered one's residence water system, it is characterized in that:The temperature Spring water system of registering one's residence includes that GEOTHERMAL WATER water supply region, thermal water energy storage region, geothermal water reinjection region and thermal water are registered one's residence For four regions of backwater circulation system, GEOTHERMAL WATER water supply region includes sequentially connected first geothermal well, geothermal well diving Pump, facility for iron and manganese removal and solenoid valve constitute GEOTHERMAL WATER water supply network;Thermal water energy storage region includes thermal water water-storing tank, temperature It is connected with embedded electric-heating belt in spring water-storing tank, thermometer and liquid level gauge, GEOTHERMAL WATER are equipped in thermal water water-storing tank Recharge region includes sequentially connected Pressure water discharging pump, drainage pipeline networks, solenoid valve and the second geothermal well;Thermal water is registered one's residence for return water Circulatory system region is formed by registering one's residence for return pipe net, pipe network end thermostat valve and pressurization water supply pump of registering one's residence respectively;Thermal water stores up Water tank is registered one's residence with GEOTHERMAL WATER water supply region, geothermal water reinjection region and thermal water respectively to be connected and composed point for backwater circulation system The independently operated thermal water in area is registered one's residence water system.
The water rationing system 2. intelligence thermal water according to claim 1 is registered one's residence, it is characterized in that:The deferrization and demanganization dress The starting switch set is set as coordinated signals with geothermal well immersible pump starting switch and solenoid valve.
The water rationing system 3. intelligence thermal water according to claim 1 is registered one's residence, it is characterized in that:The thermometer uses Plug-in type thermometer with probe.
The water rationing system 4. intelligence thermal water according to claim 1 or 3 is registered one's residence, it is characterized in that:The thermometer It is connect with paddy electricity energy storage equipment, paddy electricity energy storage equipment is connect with embedded electric-heating belt.
The water rationing system 5. intelligence thermal water according to claim 1 is registered one's residence, it is characterized in that:The liquid level gauge uses Magnetic double level gauge.
CN201721677920.2U 2017-12-06 2017-12-06 Intelligent thermal water is registered one's residence water rationing system Active CN207975865U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201721677920.2U CN207975865U (en) 2017-12-06 2017-12-06 Intelligent thermal water is registered one's residence water rationing system

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201721677920.2U CN207975865U (en) 2017-12-06 2017-12-06 Intelligent thermal water is registered one's residence water rationing system

Publications (1)

Publication Number Publication Date
CN207975865U true CN207975865U (en) 2018-10-16

Family

ID=63771253

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201721677920.2U Active CN207975865U (en) 2017-12-06 2017-12-06 Intelligent thermal water is registered one's residence water rationing system

Country Status (1)

Country Link
CN (1) CN207975865U (en)

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