CN102183062B - Self-temperature-limited composite-energy-storage ground central heating system controlled by computer - Google Patents
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Abstract
The invention discloses a self-temperature-limited composite-energy-storage ground central heating system controlled by a computer, which is used for ground radial heating of buildings and is characterized in that the central heating system is internally provided with a computer network control system (8) which is connected with a heating website, a heating server, a network controller (14), a data interactive computer (16), an indoor and outdoor temperature controller (16) and a composite energy storage ground (9) of all user terminals by data lines so as to form an intelligent control system. Bt adopting the technical scheme, the one-shot investment is low, the automatic control is realized, the area limitation is avoided, the maintenance is avoided, and the accident rate is low; and electricity is used in a full valley period and load is suspended in a non-valley period, so that the energy and the heating fees are saved, therefore, the social benefits of the system to a national power grid is superior to a heat pump system adopting water as a heating medium, and the system is more superior to other heating modes.
Description
Technical field
The invention belongs to the technical field of interior heating system.Specifically, the present invention relates to the computer-controlled warm composite energy storage ground central heating system of certainly limitting.
Background technology
Ground radiation heating is all higher heating systems of a kind of health condition and comfort standard.Over nearly 30 years, in states such as America and Europe, Japan and Korea S., adopt in a large number, almost all kinds of buildings have the example of application, and result of use is better.In recent years, China also progressively promoted and adopted ground radiation heating, and some standards and rules are put into effect in succession accordingly.And, in multiple heating system, ground radiation heating progressively becomes main heating system.
Due to energy consumption and the larger difference of thermal efficiency existence, ground radiation heating is divided into again take water or electricity as heating agent and extends multiple heat supply type, simultaneously, the application of difference of some other constraintss such as the area condition of different regions, maintenance condition and accident rate, restricting the sound development of this mode.
The increase of the pressure reduced discharging along with international low-carbon energy-saving, national legislation and policy to the proposition of green low-carbon environment-friendly energy saving building more be strict with.
Summary of the invention
Problem to be solved by this invention is to provide computer-controlled from limitting warm composite energy storage ground central heating system, its objective is the efficiency that improves heating, reduces energy resource consumption and heating cost expenditure.
To achieve these goals, the technical scheme that the present invention takes is:
Provided by the present invention computer-controlled from limitting warm composite energy storage ground central heating system, ground radiation heating for building, in described central heating system, computer network control system is set, the composite energy storage ground that described computer network control system connects heating website, heating server, network controller, data interaction machine, indoor and outdoor temperature controller, each user terminal by data circuit forms intelligence control system.
Described computer network control system is realized centralized intelligence control to the electricity consumption of paddy phase, ground radiation heating quality, power load characteristic, electricity consumption behavior.
Described computer network control system carries out: the authorization application; Report form statistics and analysis; Data storage and backup; Telemonitoring; The networking verification; Operation historical record.
Described composite energy storage ground is respectively ground decoration layer, screed-coat, heat insulation layer, structure sheaf from top to bottom; Lay wire netting in described screed-coat, lay heating cables and energy storage pipe in described screed-coat, described heating cables and energy storage pipe are placed on described wire netting.
Described heating cables and separated by a distance being arranged in juxtaposition of energy storage pipe level, the reciprocal spirality that the mode of its laying is plane; Described heating cables is for certainly limitting warm heating cables.
Described heating cables and the energy storage pipe layout that is connected side by side, form multiple tube, the reciprocal spirality that the mode of its laying is plane; Described heating cables is for certainly limitting warm heating cables; Described multiple tube is for certainly limitting warm electric heating phase-change accumulation energy pipe.
Described energy storage pipe is two, described heating cables is one, wherein an energy storage pipe is for certainly limitting warm electric heating energy-storage pipe, another root energy storage pipe is the phase-change accumulation energy pipe, described heating cables is for from limitting warm heating cables, described from limitting warm electric heating energy-storage pipe to be connected side by side with described limit temperature heating cables, forms multiple tube, described multiple tube and separated by a distance being arranged in juxtaposition of described phase-change accumulation energy pipe level, the reciprocal spirality that the mode of its laying is plane.
It is all the electricity consumption of electric-net valley phase that described central heating system is controlled.
Lay heating cables and phase-change accumulation energy groove in described screed-coat, in described phase-change accumulation energy groove, establish packed phase-changing energy storage material, described heating cables is placed on described wire netting, the reciprocal spirality that the mode of its laying is plane; On short transverse, described phase-change accumulation energy groove is located at the position that described screed-coat top contacts with described ground decoration layer; On horizontal plane, described phase-change accumulation energy groove is located at the neutral position of the pipeline of described heating cables.
Lay heating cables, water pipe and phase-change accumulation energy groove in described screed-coat, establish packed phase-changing energy storage material in described phase-change accumulation energy groove, described heating cables and water pipe are placed on described wire netting, described heating cables and water pipe are separated by a distance to be arranged in juxtaposition, and the mode of its laying is the reciprocal spirality on the middle plane intersected at a point; On short transverse, described phase-change accumulation energy groove is located at the position that described screed-coat top contacts with described ground decoration layer; On horizontal plane, described phase-change accumulation energy groove is located at the neutral position between described heating cables and water pipe line.
Lay multiple tube and phase-change accumulation energy groove in described screed-coat, in described phase-change accumulation energy groove, establish packed phase-changing energy storage material, described multiple tube is placed on described wire netting, the reciprocal spirality that the mode of its laying is plane; On short transverse, described phase-change accumulation energy groove is located at the position that described screed-coat top contacts with described ground decoration layer; On horizontal plane, described phase-change accumulation energy groove is located at the neutral position of the pipeline of described multiple tube; Described multiple tube is for certainly limitting the warm water electricity dual-purpose from hot water pipe.
The present invention adopts technique scheme, and one-time investment is low, has realized automation control, without region limits, avoids safeguarding, accident rate is low; Full paddy phase electricity consumption, the interim disconnected load of non-paddy, save the energy, save heating cost, and the social benefit of national grid is better than take the heat pump that water is heating agent, more is better than other various heating system.
The accompanying drawing explanation
Below to each width accompanying drawing of this specification, expressed content and the mark in figure are briefly described:
Fig. 1 is structural representation of the present invention;
The structural representation that Fig. 2 is the embodiment of the present invention one;
The top plan view layout drawing that Fig. 3 is structure shown in Fig. 2;
The structural representation of embodiment bis-in Fig. 4 the present invention;
The top plan view layout drawing that Fig. 5 is structure shown in Fig. 4;
The structural representation that Fig. 6 is the embodiment of the present invention three;
The top plan view layout drawing that Fig. 7 is structure shown in Fig. 6;
The structural representation that Fig. 8 is the embodiment of the present invention four;
The top plan view layout drawing that Fig. 9 is structure shown in Fig. 8;
The structural representation that Figure 10 is the embodiment of the present invention five;
The top plan view layout drawing that Figure 11 is structure shown in Figure 10;
The structural representation that Figure 12 is the embodiment of the present invention six;
The top plan view layout drawing that Figure 13 is structure shown in Figure 12.
In figure, be labeled as:
1, ground decoration layer, 2, screed-coat, 3, heating cables, 4, wire netting, 5, heat insulation layer, 6, structure sheaf, 7, energy storage pipe, 8, computer network control system, 9, composite energy accumulated ground, 10, multiple tube, 11, packed phase-changing energy storage material, 12, the phase-change accumulation energy groove, 13, water pipe, 14, network controller, 15, the data interaction machine, 16, the indoor and outdoor temperature controller.
The specific embodiment
Below contrast accompanying drawing, by the description to embodiment, effect and operation principle, manufacturing process and operation using method etc. to the specific embodiment of the present invention as the mutual alignment between the shape of each related member, structure, each several part and annexation, each several part, be described in further detail, to help those skilled in the art, inventive concept of the present invention, technical scheme had to more complete, accurate and deep understanding.
Structure of the present invention as expressed as Fig. 1 to Figure 13, the present invention is computer-controlled from limitting warm composite energy storage ground central heating system, for the ground radiation heating of building.
The present invention, in order to realize improving the efficiency of heating, reduces the goal of the invention of energy resource consumption and heating cost expenditure, has taked following technical scheme:
Computer network control system 8 is set in central heating system of the present invention, and the composite energy storage ground 9 that described computer network control system 8 connects heating website, heating server, network controller 14, data interaction machine 15, indoor and outdoor temperature controller 16, each user terminal by data circuit forms intelligence control system.
Computer network control system is important inventive point of the present invention.
8 pairs of paddy phase electricity consumptions of above-mentioned computer network control system, ground radiation heating quality, power load characteristic, electricity consumption behavior realize centralized intelligence control.
In addition, the major function of above-mentioned computer network control system 8 computer network control systems:
The authorization application; Report form statistics and analysis; Data storage and backup; Telemonitoring; The networking verification; Operation historical record.
In the ground radiation heating mode, represent advanced synthesis technology and product, with " full paddy phase electricity consumption, certainly limitting warm energy storage ground, radiant heating comprehensive application technology; computer network is concentrated minute family sensible heat composite energy storage of controlling, dive ", efficiently, energy-conservation, joint takes, be subject to attention and the favor of country and all types of user, all the other single heating application technologies all can't be by comparison.
And wherein " certainly limit warm composite energy storage ground computer central heating system ", no matter be at one-time investment, or control in automation, take without region limits, non-maintaining, zero accident rate, full paddy phase electricity consumption, non-paddy phase 100% interruptible load, energy-saving, and to the aspects such as contribution of national grid, social benefit, the advanced heating energy technology of heat pump (four seasons constant temperature exception) that all to be better than take water be heating agent, more be better than other all heating system.
Computer central heating system from limit warm composite heat storage ground, have the function of utilizing valley period power energy, the computer central heating of electric heating group, minute family to control, certainly limits warm energy storage ground radiation heating, certainly limits warm heating cables, and Main Function is:
Utilize architecture noumenon and mattess to carry out the sensible heat accumulation of energy, in conjunction with fillingly being embedded in this ground, can meeting the latent heat of phase change energy storage material for heat condition, by high-tech intelligent artifact " ground radiation heating is special-purpose from limitting warm heating cables ", 100% ground electric heating transforms the isothermal heat accumulation and supplements, forming stepless self-regulating, auto-compensation energy storage ground, integral body or part, to utilize valley period power can carry out electric heating composite energy accumulated, and the non-paddy phase 100% can interrupt the power load feature, carry out the computer network central heating, minute family is controlled.
The present invention can save energy more than 30%, and joint takes more than 50%, and two add up to Jie Feida more than 80%, and produce immeasurable social benefit.
User terminal of the present invention is constructed as follows to be stated:
Composite energy storage ground 9 described in Fig. 2, Fig. 4 and Fig. 6 is respectively ground decoration layer 1, screed-coat 2, heat insulation layer 5, structure sheaf 6 from top to bottom; Lay wire netting 4 in described screed-coat 2, lay heating cables 3 and energy storage pipe 7 in described screed-coat 2, described heating cables 3 and energy storage pipe 7 are placed on described wire netting 4.
Following three embodiment are specifically arranged:
Embodiment mono-, and the electricity consumption of paddy phase is from limitting the latent sensible heat composite energy storage ground radiant heating mode of temperature:
As shown in Figures 2 and 3, heating cables 3 of the present invention and separated by a distance being arranged in juxtaposition of energy storage pipe 7 levels, the reciprocal spirality that the mode of its laying is plane; Described heating cables 3 is for certainly limitting warm heating cables.
Embodiment bis-, and all the electricity consumption of paddy phase is from limitting the latent sensible heat energy storage ground radiation heating mode of temperature:
As shown in Figure 4 and Figure 5, heating cables 3 of the present invention and energy storage pipe 7 layout that is connected arranged side by side, form multiple tube 10, the reciprocal spirality that the mode of its laying is plane; Described heating cables 3 is for certainly limitting warm heating cables; Described multiple tube 10 is for certainly limitting warm electric heating phase-change accumulation energy pipe.
Embodiment tri-, and all the electricity consumption of paddy phase is from limitting the latent sensible heat composite energy storage ground radiant heating mode of temperature:
As shown in Figure 6 and Figure 7, energy storage pipe 7 of the present invention is two, described heating cables 3 is one, wherein an energy storage pipe 7 is for certainly limitting warm electric heating energy-storage pipe, another root energy storage pipe 7 is the phase-change accumulation energy pipe, described heating cables 3 is for certainly limitting warm heating cables, described from limitting warm electric heating energy-storage pipe to be connected side by side with described limit temperature heating cables, form multiple tube 10, described multiple tube 10 and separated by a distance being arranged in juxtaposition of described phase-change accumulation energy pipe level, the reciprocal spirality that the mode of its laying is plane.
Further, adopt latent, the compound structure of sensible heat, following three embodiment are specifically arranged.In each following embodiment, described composite energy storage ground 9 is respectively ground decoration layer 1, screed-coat 2, heat insulation layer 5, structure sheaf 6 from top to bottom; Lay wire netting 4 in described screed-coat 2.
Embodiment tetra-, latent, the composite energy accumulated ground radiation heating technical scheme of sensible heat:
As shown in Figure 8 and Figure 9, lay heating cables 3 and phase-change accumulation energy groove 12 in described screed-coat 2, establish packed phase-changing energy storage material 11 in described phase-change accumulation energy groove 12, described heating cables 3 is placed on described wire netting 4, the reciprocal spirality that the mode of its laying is plane; On short transverse, described phase-change accumulation energy groove 12 is located at the position that described screed-coat 2 tops contact with described ground decoration layer 1; On horizontal plane, described phase-change accumulation energy groove 12 is located at the neutral position of the pipeline of described heating cables 3.
Embodiment five, certainly limit the technical scheme of Wen Qian, the composite energy accumulated ground radiation heating of sensible heat, cooling (being the discrete layout of heating cables and hot water pipe):
As shown in Figure 10 and Figure 11, lay heating cables 3, water pipe 13 and phase-change accumulation energy groove 12 in described screed-coat 2, establish packed phase-changing energy storage material 11 in described phase-change accumulation energy groove 12, described heating cables 3 and water pipe 13 are placed on described wire netting 4, described heating cables 3 and water pipe 13 is separated by a distance is arranged in juxtaposition, the mode of its laying is the reciprocal spirality on the middle plane intersected at a point; On short transverse, described phase-change accumulation energy groove 12 is located at the position that described screed-coat 2 tops contact with described ground decoration layer 1; On horizontal plane, described phase-change accumulation energy groove 12 is located at the neutral position between described heating cables 3 and water pipe 13 pipelines.。
Embodiment six, certainly limit the technical scheme of Wen Qian, the composite energy accumulated ground radiation heating of sensible heat, cooling (being electrical heating and hot and cold water multiple tube):
As shown in Figure 12 and Figure 13, lay multiple tube 10 and phase-change accumulation energy groove 12 in described screed-coat 2, establish packed phase-changing energy storage material 11 in described phase-change accumulation energy groove 12, described multiple tube 10 is placed on described wire netting 4, the reciprocal spirality that the mode of its laying is plane; On short transverse, described phase-change accumulation energy groove 12 is located at the position that described screed-coat 2 tops contact with described ground decoration layer 1; On horizontal plane, described phase-change accumulation energy groove 12 is located at the neutral position of the pipeline of described multiple tube 10; Described multiple tube 10 is for certainly limitting the warm water electricity dual-purpose from hot water pipe.
Adopt above-mentioned arrangement, make heat (or cold) be more evenly distributed, absorption and the radiating effect of energy storage material are better.Phase-changing energy storage material 11 is located at the top of exothermic material, is conducive to its heat absorption; Phase-changing energy storage material 11 directly contacts with ground decoration layer 1, and the Btu utilization effect is fine.
The patented technology of certainly limitting warm heating cables to adopt Chinese patent ZL200420109303.9 to provide that ground radiation heating is used, this patented technology is the stepless self-regulating with PTC function, the product of the unique banded intelligence of self compensation a new generation.
From limit temperature (Self-controlled, temp auto-controlled, change power) heating tape (heating cables, heating cable), its heater element is extraordinary by the conductivity high molecule nanometer with " PTC " effect (being the resistance positive temperature coefficient effect) or common composite forms, is extruded in the banded device formed between two strands of parallel electrically conductive cores.But this heater element variation with temperature and automatically adjust power output, when temperature rise, during to a certain temperature, its resistance trends towards infinity, and power output is similar to zero, therefore has good memory characteristic and switching characteristic.
The characteristics of above-mentioned heating tape:
1, heating tape correspondingly has the characteristics of automatic regulation output power with the variation that is heated the system temperature, therefore can not cause overheated burning because of self-heating, but can be because of actual needs heat automatic compensating, therefore in ground radiation heating, work progress can juxtaposition, cut off arbitrarily or the interior spreading use of certain limit, heat insulation parcel, radiation ground can cover even can lay carpet.
2, low temperature fast starting, temperature is even, presses product temperature grade or technical indicator, temperature rising automatic temp limit, the variations in temperature adjusting automatically at heat place all can be accompanied in whole or part because of it, without setting up temperature regulating device.Also the high density setting can be met, and excess Temperature can be do not caused.
3, simple installation, maintenance are simple, AC/DC, and the wide cut operating voltage, double shield 100% anti-electromagnetic wave, adapt to widely, and automatization level is high, non-maintaining.
Demand along with the application and development of energy-saving and environmental protection, ecological technique, particularly the cladding technology of phase-changing energy storage material comparatively complexity and cost higher, the cold-peace thermal source can be provided simultaneously, and the Application and Development of utilizing the ground temperature-regulating application technology, in the urgent need to terminal applies technology or product.
Collection self-controlling electrothermal energy-conserving product and technology and PE-RT heat-resistant tube application technology, be applicable to multiple (cold) thermal source, ground (phase-change accumulation energy) radiation, heat supply, refrigeration, the temperature self controlled electrically-heated energy storage multiple tube of idle call and application technology thereof are in conjunction with the integrated application of the new material of energy-conservation, reduction of discharging, safety and environmental protection, environmental health, new technology, new product, solved with " filling " technology and substituted " cladding " technology, simply, cheaply, the plurality of advantages such as repeatable renewal.
Phase-changing energy storage material:
The phase-changing and temperature-regulating humidity adjusting material is through the filling especially application technology of laying of non-cladding, the phase-changing and temperature-regulating scope of wide cut (50 ℃/30 ℃) timesharing energy storage, regularly have a power failure, controlled heat release, energy-saving temperature-regulating, when for storage in cold and hot minute, interpolation humidity adjusting material, set up the damping anti-dewing function.
The latent heat of phase change energy storage: can under steady temperature, provide high-energy-density, its basic principle is: utilize material generation phase-state change absorption or release heat and stored up, heat release,
Latent heat of phase change energy storage characteristics are:
1, storage density is large;
2, to store thermal process be at constant temperature or be bordering under constant temperature, because of the temperature difference of phase-change material and thermal source or under changing with circumstance of temperature difference, carries out;
The speed of 3, storage, heat release has controllability, and restriction radiation ground not there will be the excess Temperature phenomenon, not there will be the too low phenomenon of temperature yet.
4, " phase-changing energy storage material " is the medium of realizing phase-change thermal storage, and the process of storing energy, adjusting temperature does not need any additionaling power, as long as exist the direct or indirect temperature difference just can occur between the temperature of environment temperature and phase-changing energy storage material.
In sum, utilize the phase-changing energy storage material of hidden heat energy storage to become one of focus of the external using energy source of recent year and the research of material science aspect developing.Phase-changing energy storage material is mutually compound with the common building material, exactly for meeting the achievement of the application and development that national building energy conservation 65% new standard carries out, it has, and energy storage density is large, efficiency is high and the advantage such as heat absorption and heat release at the approximately constant temperature, can be used for energy storage and temperature and control, be expected to as exploitation low energy consumption, even zero energy consumption building.
Phase-changing energy storage material in actual applications, is divided into two kinds of active mode and passive modes.
The active mode of phase-changing energy storage material effect, be to utilize natural day and night temperature and Seasonal Temperature Difference, directly absorbs natural cold energy and heat energy and store, in suitable, discharged, thus the adjusting ambient temperature.And artificial be that phase-changing energy storage material increases supplementary energy, for example, energy more than needed in certain period (as: trough-electricity) is stored with phase-changing energy storage material, and be unlikely, slattern.Reaching like this and fully and efficiently utilize electric energy, realize energy-conservation purpose, is exactly the passive mode of phase-changing energy storage material application." certainly limitting warm energy storage ground radiation heating " is one of passive mode of phase-change accumulation energy.
Architecture noumenon and mattess have sensible heat energy storage effect.
So-called " sensible heat ", refer to (volume, the quality) proportion of this architecture noumenon or concrete ground material and the lifting of temperature and changed, heat-absorbing energy-accumulating, and temperature raises; Heat energy discharges, and temperature reduces.When ground radiation heating, according to GB rules ground intensification scope, be 25～30 ℃, the respective chambers temperature can reach 16～22 ℃.Power failure after 8 hours electricity consumption paddy phases, the energising accumulation of heat completed, still have within 16 hours, need maintain in the heating standard temperature.Along with the heat energy loss of architectural exterior-protecting construction, the sensible heat energy storage be stored in architecture noumenon and ground will slowly discharge, and the sensible heat energy storage of above-mentioned architecture noumenon and mattess only can maintain 80～90% heat energy demands.Therefore need enough quantity of heat storage to meet 100% non-paddy phase power failure demand.
And a certain amount of " latent heat " phase-changing energy storage material, by being located at multiple tube or the composite construction in mattess, forms composite energy storage ground and carries out latent heat phase-change constant-temperature energy storage supplementary (≤30 ℃).Ground will slowly reduce because of the release temperature of sensible heat energy storage, and when surface temperature approaches phase transition temperature, surface temperature, by the Stable Release hidden heat energy storage, maintains the heating constant temperature.
Building integral or localized heat (cold) radiation ground, in conjunction with certainly limitting warm heating cables and latent heat of phase change energy storage material and the sensible heat energy storage of self to be combined as the multi-functional of composite energy storage delivery of energy ground, integrated, utilize computer software to program, utilize energy-conservation desired procedure to carry out the networking centralized Control, without building again steam power plant and laying conveyance conduit, non-maintaining, save time, save investment, meet the demand of modern town and country high speed development, particularly give the new district exploitation without the central heating condition, the fast development of Rural Urbanization Construction, the feasible scheme of the facility of forming a complete and comprehensive system for collecting real estate fees is provided.
The selection of the size that the phase transition temperature scope of energy storage phase-change material (25 ℃～30 ℃) and enthalpy of phase change are 140～200, material price height, heating constant temperature relevant to radiant heating floor surface temperature, according to the highest with mark and minimumly should be 16 ℃～25 ℃, generally get 18 ± 2 ℃, therefore radiant heating floor surface temperature is 20 ℃～30 ℃.
The length measuring and calculating of the heating time that maintains of sensible heat, hidden heat energy storage value:
When setting paddy phase electricity consumption flooring surface temperature rises to 28 ℃, room temperature maintains and can reach 25 ℃ of left and right, with 29 ℃ of the outdoor temperature difference; Surface temperature slow decreasing to 25 ℃ left and right after having a power failure, indoor temperature still maintains 17 ℃ of left and right, and with 23 ℃ of the outdoor temperature difference, in above overall process, the heat energy release procedure is:
1, when earth's surface temperature and environment temperature produce the temperature difference, if surface temperature higher than phase transition temperature, architecture noumenon and ground sensible heat release energy to maintain room temperature, surface temperature reduces with room temperature and progressively slowly reduces.
2, when the earth's surface temperature, be down to while equaling phase transition temperature, latent heat releases energy, and maintains surface temperature constant, therefore room temperature is also constant.
3, complete when latent heat release, complete phase transformation, and inverted repeat.
4, after latent heat has discharged, architecture noumenon and ground enter again sensible heat and discharge, floor surface temperature slow decreasing, room temperature slow decreasing.When room temperature drops to minimum heating room temperature, (aobvious, latent) the thermal release time should be able to maintain while reaching more than 16 hours, and the beginning that enters again energy storage stage paddy phase, go round and begin again.Electricity consumption time paddy phase is 8 hours, within 23 of every day o'clock, begins to stop at 7 o'clock in the morning of next day.
Aobvious, hidden heat energy storage and discharge principle and the measuring and calculating of timeliness:
Architecture noumenon and the sensible heat energy storage of radiant heating ground discharge the measuring and calculating of compensation: the energy storage of architecture noumenon mainly refers to concrete frame and building enclosure.Because it is not direct radiant heating body, its temperature and energy storage density are lower, and energy storage capacity is less, are mainly externally to release energy to maintain the effect of room temperature.To room temperature and building enclosure heat supply be provided with from siding temperaturing heating belt and be loaded with the mattess of latent heat of phase change energy storage material, therefore, using the mattess of building as the body of sensible heat energy storage material and the carrier of latent heat of phase change energy storage.
The electricity consumption of paddy phase, the feasibility of (power failure) uncompensated electricity consumption of non-paddy phase 100% depended in 8 hours paddy phases must the energy compensating that meets 16 hours, maintaining the heat energy of room temperature in 16～25 ℃ of scopes provides, therefore consumption or rice power requirement to " certainly limitting warm heating cables " meet above-mentioned requirements, should be subject to again the constraint of floor surface temperature≤30 ℃, therefore " from siding temperaturing heating belt " is unique banded constant temperature electric heating device that can meet above-mentioned condition simultaneously.
The energy storage of architecture noumenon radiation ground paddy phase electricity consumption sensible heat discharges timeliness, can meet energy storage more than 90%, that can interrupt power load and discharge heat supply.On this basis, increase again now the latent heat of phase change energy storage material, to the phase transformation temperature points (scope) of phase-change material and consumption is designed and engineering verification.Correct owing to selecting, can meet more than 20%, energy storage discharges compensation can reach the interim disconnected load heat supply of 100% non-paddy fully.Because sensible heat, hidden heat energy storage are combined into the integrated structure on radiation ground, it stores behavior is unified orderly and controlled.Therefore, the present invention can meet complete this energy saving condition of paddy phase electricity consumption fully, and is one of outer state-of-the-art energy-saving heating technology of Present Domestic, and it will produce huge social influence and social benefit.
The above is exemplarily described the present invention by reference to the accompanying drawings; obviously specific implementation of the present invention is not subject to the restrictions described above; as long as adopted the improvement of the various unsubstantialities that method of the present invention design and technical scheme carry out; or without improving, design of the present invention and technical scheme are directly applied to other occasion, all within protection scope of the present invention.
Claims (2)
- One kind computer-controlled from limitting warm composite energy storage ground central heating system, ground radiation heating for building, computer network control system (8) is set in described central heating system, described computer network control system (8) connects the composite energy storage ground (9) of heating website, heating server, network controller (14), data interaction machine (15), indoor and outdoor temperature controller (16), each user terminal by data circuit, form intelligence control system;Described composite energy storage ground (9) is respectively ground decoration layer (1), screed-coat (2), heat insulation layer (5), structure sheaf (6) from top to bottom; Lay wire netting (4) in described screed-coat (2), lay heating cables (3) and energy storage pipe (7) in described screed-coat (2), described heating cables (3) and energy storage pipe (7) are placed on described wire netting (4);It is characterized in that:Described heating cables (3) and separated by a distance being arranged in juxtaposition of energy storage pipe (7) level, the reciprocal spirality that the mode of its laying is plane;Described computer network control system (8) is realized centralized intelligence control to the electricity consumption of paddy phase, ground radiation heating quality, power load characteristic, electricity consumption behavior.
- 2. according to claimed in claim 1 computer-controlled from limitting warm composite energy storage ground central heating system, it is characterized in that: the content that described computer network control system (8) is controlled comprises: the authorization application; Report form statistics and analysis; Data storage and backup; Telemonitoring; The networking verification; Operation historical record.
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| CN2011100765724A CN102183062B (en) | 2011-03-29 | 2011-03-29 | Self-temperature-limited composite-energy-storage ground central heating system controlled by computer |
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| CN201310154166.4A Division CN103225835B (en) | 2011-03-29 | 2011-03-29 | Temperature self-controlling composite energy storage ground central heating system controlled by computer |
| CN201310154157.5A Division CN103244997B (en) | 2011-03-29 | 2011-03-29 | Computer-controlled self-temperature-control compound energy-storage ground central heating system |
| CN201310153672.1A Division CN103244996B (en) | 2011-03-29 | 2011-03-29 | Computer-controlled self-temperature-control compound energy-storage ground central heating system |
| CN201310156486.3A Division CN103245004B (en) | 2011-03-29 | 2011-03-29 | Computer-controlled self-temperature-control compound energy-storage ground central heating system |
| CN201310153694.8A Division CN103225846B (en) | 2011-03-29 | 2011-03-29 | Computer controlled temperature self-controlling composite energy storage ground central heating system |
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| CN108426287A (en) * | 2018-04-24 | 2018-08-21 | 晏飞 | Exchange heat energy storage device and heat pump air conditioner |
| CN111457463A (en) * | 2020-03-03 | 2020-07-28 | 天津大学 | Heat accumulating type electric heating optimization control method without power failure and power outage |
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| CN1488895A (en) * | 2002-10-11 | 2004-04-14 | 侠 孙 | Static thermal-storage heating-amount slow-release structure and construction process and use thereof |
| CN101725234A (en) * | 2009-11-10 | 2010-06-09 | 滁州扬子木业有限公司 | Floor and heating system thereof |
| CN101858618A (en) * | 2010-07-02 | 2010-10-13 | 宋文波 | Central heating and household control device for electric ground heating |
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| CN102183062A (en) | 2011-09-14 |
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