CN107965166A

CN107965166A - A kind of Composite Enclosure Structure for low energy consumption container house

Info

Publication number: CN107965166A
Application number: CN201711302609.4A
Authority: CN
Inventors: 刘向峰
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-12-11
Filing date: 2017-12-11
Publication date: 2018-04-27
Anticipated expiration: 2037-12-11
Also published as: CN107965166B

Abstract

A kind of Composite Enclosure Structure for low energy consumption container house proposed by the present invention is related to building energy conservation and architectural exterior-protecting construction technical field.It is poor to solve the container house summer with metallic plate lightweight building enclosure and winter comfort level at present, the problem of unit area high energy consumption, the present invention proposes a kind of Composite Enclosure Structure for low energy consumption container house, can be divided into bottom plate, wall and top plate Composite Enclosure Structure, including：Bottom plate water storage module, wall water storage module, top plate water storage module, wall Low emissivity air space, top plate Low emissivity air space, wall thermal insulating sunshading board, top plate insulation sunshading board, bottom plate thermal insulation board, interior decoration surface layer.The method is mainly characterized in that summer can improve thermal inertia by Composite Enclosure Structure sun-shading ventilating, water-filling, and combine circulation water-cooled and evaporative cooling；Winter can be by forming air space lifting insulation after discharging water, while utilizes bottom plate low temperature hot water radiation heating, and then realizes that indoor thermal comfort and annual low energy consumption are run.

Description

A kind of Composite Enclosure Structure for low energy consumption container house

Technical field

The present invention relates to building energy conservation and architectural exterior-protecting construction technical field.

Background technology

Container house is more and more wider in building site, campsite and the application of commercial exhibition field because of convenient, flexible economy of constructing.But It is that existing container house all uses metallic plate lightweight building enclosure, compared with the masonry structure and concrete structure that routinely keep the temperature, Thermal property is poor, and summer is hot and the fluctuation of winter severe cold weather conditions underlaying surface temperature is big, it has to more by artificial cooling And heating, unit area high energy consumption, this is one of energy saving weak link in Nowadays, Container shipping room.One kind is used for low energy consumption container The principle of the Composite Enclosure Structure in room is can to use the heat power engineering pattern for adapting to summer hot climate and winter cold climate；Summer Under the conditions of season hot climate using can the water storage module water storage that discharges water of water-filling, strengthen the thermal inertia of the Composite Enclosure Structure with to Environment resistant temperature fluctuation, while prevent the Composite Enclosure Structure from overheating using sun-shading ventilating heat dissipation and circulation water-cooled；Winter The occluded air interbed being internally formed under cold climate conditions using water storage module after discharging water improves the Composite Enclosure Structure Insulating power, while carry out bottom plate low temperature hot water radiation heating using the bottom plate water storage module full of low-temperature water heating；It is and then real Existing the low energy consumption container house whole year indoor thermal comfort and energy-saving run.Existing container house is energy saving currently on the market goes along with sb. to guard him Structure technology pattern using the method for enhancing metallic plate building enclosure heat insulating ability, such as increases insulation layer thickness, reduces thermal insulating material The methods of expecting heat transfer coefficient, its building enclosure thermal inertia does not have clear improvement, the heat endurance deficiency in environmental temperature fluctuation, Overall thermal property cannot still be compared with the masonry structure routinely kept the temperature with concrete structure；In addition current metallic plate is gone along with sb. to guard him Structure container room lacks the climate adaptability energy-saving run technology mode in summer and winter, the efficiency under extreme weather conditions Low, energy-saving potential does not give full play to.

The content of the invention

To solve the metallic plate lightweight Thermal Performance of Envelope Structure in Nowadays, Container shipping room relative to conventional thermal-insulation masonry wall structure Or concrete structure is poor, when causing Nowadays, Container shipping room summer and winter if turned off air-conditioning and heating system, hot comfort is very Difference, it has to which, more by artificial cooling and heating, the problem of unit construction area high energy consumption, the present invention proposes that one kind is used for The Composite Enclosure Structure of low energy consumption container house.The Composite Enclosure Structure can be integrated in the bottom plate, side plate, end plate of universal container On top plate, bottom plate combined building enclosure is formed in a manner of modular combination, wall Composite Enclosure Structure and top plate is compound goes along with sb. to guard him Structure；The bottom plate combined building enclosure, wall Composite Enclosure Structure and top plate Composite Enclosure Structure are in summer hot climate bar Solar gain, ventilation and heat can be reduced under part, and there is enough thermal inertias of resistance environmental temperature fluctuation；When the bottom plate When heating overheats day by day inside Composite Enclosure Structure, wall Composite Enclosure Structure and top plate Composite Enclosure Structure, using circulation Again recover the bottom plate combined building enclosure, wall Composite Enclosure Structure and top plate Composite Enclosure Structure after water-cooled cooling Room temperature state of thermal isolation, to reduce the low energy consumption container house summer air-conditioning energy consumption for cooling；In the winter time under cold climate conditions, institute Occluded air interbed can be formed inside bottom plate combined building enclosure, wall Composite Enclosure Structure and top plate Composite Enclosure Structure by stating, To lift heat-insulating property, heat loss is reduced；The sun can also be used under the bottom plate combined building enclosure winter cold climate conditions The low-temperature water heating generated after energy heat collector heating, there is provided bottom plate low temperature hot water radiation heating, reduces the low energy consumption container house Heating energy consumption.

To realize above target, the present invention proposes a kind of Composite Enclosure Structure for low energy consumption container house, this is compound Building enclosure includes three classes：The bottom plate combined building enclosure integrated with universal container bottom plate and bottom framework, with universal container The wall Composite Enclosure Structure that side plate and end plate integrate, and with top plate that universal container top plate and top frame integrate is compound encloses Protection structure；The bottom plate combined building enclosure includes：Indoor bottom plate fits up surface layer, bottom plate water storage module, bottom plate thermal insulation board；It is described Wall Composite Enclosure Structure includes：Indoor wall fits up surface layer, wall water storage module, wall Low emissivity air space, wall guarantor Warm sunshading board；The top plate Composite Enclosure Structure includes：Indoor canopy fits up surface layer, top plate water storage module, top plate Low emissivity sky Gas interbed, top plate insulation sunshading board；The bottom plate water storage module, wall water storage module and top plate water storage module all include respectively： Shell, head cover, impermeable barrier and fixing device, the water flowing gas check valve of choked flow interlayer, water-filling backwater hole, exhausting-gas hole；The wall stores When water module is wall and pushes up water storage module with top plate water storage module integrated connection, further include wall and be connected with top water storage module Part；Bottom plate water storage module impermeable barrier and top plate the water storage module impermeable barrier is arranged horizontally, and center is respectively provided with sluicing and holds one's breath hole； The wall thermal insulating sunshading board bottom joins with that can be opened and closed ventilating opening, the top plate insulation sunshading board with wall thermal insulating sunshading board Edge also have can be opened and closed ventilating opening；The bottom plate thermal insulation board can be divided into the bottom plate fix warming plate on upper strata and the bottom plate of lower floor is lived Move thermal insulation board two layers, can install be not belonging to the bottom plate optional equipment and pipeline of the Composite Enclosure Structure in itself between the two, such as Circulation water radiator, capillary humidification evaporative cooling device etc..

Bottom plate combined building enclosure described in a kind of Composite Enclosure Structure for low energy consumption container house set forth above For controlling the indoor bottom plate to fit up the surface temperature fluctuation and heat transfer of surface layer, the wall Composite Enclosure Structure is used to control The surface temperature fluctuation and heat transfer of the indoor wall finishing surface layer, the top plate Composite Enclosure Structure are used to control the interior The surface temperature fluctuation and heat transfer of ceiling finish surface layer；The bottom plate water storage module, wall water storage module and top plate water storage module For water storage under the conditions of summer hot climate, increase bottom plate combined building enclosure, wall Composite Enclosure Structure and the top plate and answer The thermal inertia of protection structure is surrounded, suppresses environment temperature big ups and downs；When water storage may be overheated by recirculated water radiating and cooling and Capillary humidifies evaporative cooling, prevents the bottom plate combined building enclosure, wall Composite Enclosure Structure and top plate is compound goes along with sb. to guard him knot Structure overheats；The bottom plate water storage module, wall water storage module and top plate water storage module can under cold climate conditions in the winter time at the same time Release water storage, internal conversion is occluded air interbed to strengthen insulating power, and reduction passes through the bottom plate combined building enclosure, wall The heat loss of bluk recombination building enclosure and top plate Composite Enclosure Structure；The wall Low emissivity air space and top plate Low emissivity are empty Gas interbed is used to reduce the wall water storage module and top plate water storage module and the radiation heat transfer of external environment, while realizes summer Occluded airs layer insulation under ventilation and heat and winter cold climate conditions under the conditions of hot climate；The wall thermal insulating sunshade When sunshade when plate and top plate insulation sunshading board are used for the wall water storage module and top plate water storage module summer and winter outside Insulation；The shell and head cover of the bottom plate water storage module, wall water storage module and top plate water storage module are used to be combined into knot Structure intensity can water storage closed module housing；Inside the bottom plate water storage module, wall water storage module and top plate water storage module Impermeable barrier and fixing device be used for suppress the bottom plate water storage module, wall water storage module and top plate water storage module inside stream Body, such as air or water, heat transfer free convection；The water flowing gas check valve of the choked flow interlayer is used to pass water through during water-filling state, Self-closed air duct after releasing water, to form the enhancing insulation of occluded air interbed；The bottom plate water storage module, wall water storage The water-filling backwater hole of module and top plate water storage module is used for water-filling and water-discharging；The bottom plate water storage module, wall water storage module and The exhausting-gas hole of top plate water storage module is used for the air pressure balance during water-filling backwater；Horizontally disposed bottom plate water storage module resistance The sluicing in fluid layer and top plate water storage module impermeable barrier center holds one's breath hole for that can rely on the central ponding that collect when discharging water Gravity open, closed after having let out ponding, to keep bottom plate water storage module impermeable barrier and top plate the water storage module choked flow Without ponding in the occluded air interbed of interlayer；The ventilating opening that is opened and closed is used under the conditions of summer hot climate open, and makes described Wall Composite Enclosure Structure and top plate Composite Enclosure Structure ventilation and heat, and closed under winter cold climate conditions, to be formed Occluded airs layer is kept the temperature；Dissipated during the bottom plate fix warming plate summer for reducing the bottom plate water storage module with the recirculated water Heat transfer between hot device and outdoor environment, insulation during winter for the bottom plate combined building enclosure；The bottom plate activity Thermal insulation board is used for seasonal control, is opened under the conditions of summer hot climate so that the circulation water radiator radiates, winter trembles with fear Cold air is closed under the conditions of waiting to strengthen the insulation of the bottom plate combined building enclosure.

A kind of Composite Enclosure Structure for low energy consumption container house set forth above, it is characterised in that have can water-filling put Water, modularization and opaque bottom plate water storage module, wall water storage module and top plate water storage module；The bottom plate water storage module, Wall water storage module and top plate water storage module under the conditions of summer hot climate can water storage, increase the heat of the Composite Enclosure Structure Inertia, to resist environment temperature big ups and downs；The bottom plate water storage module, wall water storage module and top plate water storage module are in the winter time It can discharge water to form internal occluded air interbed under cold climate conditions, to improve the insulating power of the Composite Enclosure Structure, subtract Few heat transfer loss；The bottom plate water storage module, wall water storage module and top plate water storage module can use high molecular material to be molded, or Water-proof sheet material split is welded；And the bottom plate water storage module, wall water storage module and top plate water storage module can also act as it is described low The auxiliary station service water tank of energy consumption container house, institute's water storage can be back to flushing and flush the toilet and green area irrigation.

A kind of Composite Enclosure Structure for low energy consumption container house set forth above, it is characterised in that the wall water storage The outside of module is followed successively by the wall Low emissivity air space and the wall thermal insulating sunshading board；The top plate water storage module Outside be followed successively by the top plate Low emissivity air space and the top plate insulation sunshading board；Between the wall Low emissivity air Layer and top plate Low emissivity air space do air space indoor and outdoor side surface with low-radiation material, to reduce the wall Water storage module and top plate water storage module and extraneous radiation heat transfer；Wall thermal insulating sunshading board and top plate the insulation sunshading board is screening Block the opaque battenboard with insulating layer of the wall water storage module and top plate water storage module；Summer hot climate condition The solar gain of the wall water storage module and top plate water storage module can be reduced down, can be passed through under winter cold climate conditions Insulation reduces heat loss in the low energy consumption container house room.

A kind of Composite Enclosure Structure for low energy consumption container house set forth above, it is characterised in that the bottom plate water storage Have in module parallel to the bottom plate water storage module indoor side surface and outdoor side surface, by thin-film material or sheeting system Into, the multi-level lamella structure of an obstruction convection current heat transfer effect, i.e., described bottom plate water storage module impermeable barrier；The wall stores at the same time Also have in water module parallel to the wall water storage module indoor side surface and outdoor side surface, by thin-film material or fine sheet Material is made, and acts the multi-level lamella structure for hindering convection current heat transfer effect, i.e., described wall water storage module impermeable barrier；The top at the same time Also have in plate water storage module parallel to the top plate water storage module indoor side surface and outdoor side surface, by thin-film material or thin Sheet material is made, and acts the multi-level lamella structure for hindering convection current heat transfer effect, i.e., described top plate water storage module impermeable barrier.

A kind of Composite Enclosure Structure for low energy consumption container house set forth above, it is characterised in that the wall water storage The module impermeable barrier and top plate water storage module impermeable barrier is corresponding in turn to and quantity is equal；I.e. described wall water storage module impermeable barrier Outermost one layer of impermeable barrier correspond to outermost one layer of impermeable barrier of the top plate water storage module impermeable barrier；The wall stores Time one layer of impermeable barrier in outside of water module impermeable barrier corresponds to one layer of impermeable barrier in time outside of the top plate water storage module impermeable barrier； And so on, innermost one layer of impermeable barrier of the wall water storage module impermeable barrier corresponds to the top plate water storage module impermeable barrier Innermost one layer of impermeable barrier, to form corresponding thermosphere inside the wall water storage module and the top plate water storage module Fluid space, mainly water layer or air layer, when recirculated water flowing heat dissipation can reduce the mixed flow of different temperatures water layer, improve the summer Season heat-insulating capability.

A kind of Composite Enclosure Structure for low energy consumption container house set forth above, it is characterised in that the bottom plate water storage There is the bottom plate water storage module water flowing gas check valve between the internal flow layer that module impermeable barrier and fixing device are separated；At the same time Also there is the wall water storage module between the internal flow layer that the wall water storage module impermeable barrier and fixing device are separated Water flowing gas check valve；Also there is institute between the internal flow layer that the top plate water storage module impermeable barrier and fixing device are separated at the same time State top plate water storage module water flowing gas check valve；The internal flow layer is mainly water layer or air layer, or it is functionally similar its His solution fluid.

A kind of Composite Enclosure Structure for low energy consumption container house set forth above, it is characterised in that the bottom plate water storage Inside the valve casing of the water flowing gas check valve inside module, wall water storage module and top plate water storage module there is density to be less than water Density, and the floating ball or floating block of the density more than air；When the bottom plate water storage module, wall water storage module and top plate water storage mould During block inner filling water, floating ball or floating block in the water flowing gas check valve open water-flowing path after floating, so that permissible water follows Circulation moves heat dissipation；Inside the bottom plate water storage module, wall water storage module and top plate water storage module during discharge water, the water flowing Floating ball or floating block in gas check valve block water-flowing path after sinking, then the bottom plate water storage module, wall water storage module and top Formed between the inside impermeable barrier and fixing device of plate water storage module and separate disconnected occluded air interbed, so as to improve Composite Enclosure Structure insulating power is stated, is conducive to the low energy consumption container house winter saving energy；When water is equally had thermal inertia When being replaced with certain solution of mobility, floating ball or floating block density inside the valve casing of the water flowing gas check valve are less than the solution Density, and more than air density, to reach the effect that water flowing is held one's breath.

A kind of Composite Enclosure Structure for low energy consumption container house set forth above, it is characterised in that the bottom plate water storage The impermeable barrier center of horizontal setting in module and the top plate water storage module has the hole of holding one's breath that sluices；When the bottom plate water storage When module and top plate water storage module release water storage, central hole and the top plate of holding one's breath that sluice of the bottom plate water storage module impermeable barrier Water storage module impermeable barrier center sluice hold one's breath hole can rely on upper strata ponding gravity open, discharge upper strata ponding after close Close, to block air penetration, form no ponding, keep the occluded air interbed of flat form；The bottom plate water storage module choked flow Sluice hold one's breath the sluice hole of holding one's breath of center of hole and top plate water storage module impermeable barrier of the center of layer can rely on the elasticity of covering spilled water hole Film elastic deformation function is realized, however not excluded that sluice hole other embodiments presence of holding one's breath.

Optionally, a kind of Composite Enclosure Structure for low energy consumption container house set forth above, it is characterised in that described Bottom plate water storage module, wall water storage module and top plate water storage module can not only use the monoshell water storage module with single shell Embodiment, can also use indoor water storage module and the outside with two shells for being capable of independent water storage and draining The embodiment of this bivalve water storage module of water storage module；Also can use be capable of independent water storage and draining have three or More shell water storages along the water storage module indoor side surface and outdoor side surface normal direction stacked arrangement of more than three shells The embodiment of module；It is described compound using that can make after the embodiment of bivalve water storage module or more shell water storage modules Building enclosure to the interbed with maximum heat insulating ability with the inert overall water storage state of maximum heat from being integrally full of air condition Transient process in, there is the intermediateness that different thermal inertias and heat insulating ability combine, so that with more flexible acclimatization The modulability of change.

Optionally, a kind of Composite Enclosure Structure for low energy consumption container house set forth above, it is characterised in that described Bottom plate water storage module can also store the low-temperature water heating from solar thermal collector under cold climate conditions in the winter time, serve as described low The hot water storage tank and bottom plate low temperature hot water radiation heating device that energy consumption container house bottom plate integrates；The bottom plate moving thermal insulation at the same time Plate winter can close, and increase the insulation of the bottom plate water storage module outside, reduce the bottom plate water storage module and store hot water Heat loss.

A kind of accessible beneficial effect of Composite Enclosure Structure for low energy consumption container house proposed by the present invention is main It is：It can be integrated on bottom plate, side plate, end plate and the top plate of universal container, bottom plate combined enclose is formed in a manner of modular combination Protection structure, wall Composite Enclosure Structure and top plate Composite Enclosure Structure；The bottom plate combined building enclosure, wall are compound to go along with sb. to guard him knot Structure and top plate Composite Enclosure Structure under the conditions of summer hot climate can sunshading and heat-insulating, ventilation and heat, and pass through water storage and improve heat Inertia, to resist environmental temperature fluctuation；When the bottom plate combined building enclosure, wall Composite Enclosure Structure and top plate is compound goes along with sb. to guard him Inside configuration water storage heat up day by day overheat when, the water of overheat can be released, be allowed to re-fill after radiating and cooling described bottom plate combined Inside building enclosure, wall Composite Enclosure Structure and top plate Composite Enclosure Structure, make the bottom plate combined building enclosure, wall multiple Surround protection structure and top plate Composite Enclosure Structure recovers room temperature state of thermal isolation, to reduce the low energy consumption container house summer air-conditioning Energy consumption for cooling；In the winter time under cold climate conditions, the bottom plate combined building enclosure, wall Composite Enclosure Structure and top plate are compound Building enclosure can release internal water storage, form occluded air interbed, to lift the Composite Enclosure Structure heat-insulating property, reduce and pass Heat loss；Water storage state can be also kept under the bottom plate combined building enclosure winter cold climate conditions, institute's water storage can pass through institute Become low-temperature water heating after stating the solar thermal collector circulating-heating that low energy consumption container house integrates；The bottom plate water storage module can fill Work as hot water storage tank, and bottom plate low temperature hot water radiation heating is provided, so as to reduce the heating energy consumption of the low energy consumption container house.

Brief description of the drawings

Fig. 1 is a kind of one of Composite Enclosure Structure embodiment for low energy consumption container house of the present invention Typical local section three dimensional modeled segment decomposing state schematic diagram.

Fig. 2 is that a kind of one of Composite Enclosure Structure embodiment for low energy consumption container house of the present invention exists The representative section schematic diagram of operating status under the conditions of summer hot climate.

Fig. 3 is that a kind of one of Composite Enclosure Structure embodiment for low energy consumption container house of the present invention exists Occluded air interbed and the representative section of the operating status of other insulating layers insulation are utilized after discharging water under winter severe cold weather conditions Schematic diagram.

Fig. 4 is that a kind of one of Composite Enclosure Structure embodiment for low energy consumption container house of the present invention exists Occluded air interbed and other insulations are utilized after wall water storage module and top plate water storage module discharge water under winter severe cold weather conditions Layer insulation, while bottom plate water storage module utilizes the representative section signal of low temperature hot water radiation heating and the operating status of bottom plate insulation Figure.

Fig. 5 is a kind of one of Composite Enclosure Structure embodiment for low energy consumption container house of the present invention Water storage module and circulating water cooling and evaporative cooling equipment and pipeline combination diagram.

Fig. 6 is a kind of one of Composite Enclosure Structure embodiment for low energy consumption container house of the present invention Water storage module and circulating water cooling and evaporative cooling equipment and pipeline decomposing state schematic diagram.

Fig. 7 is a kind of one of Composite Enclosure Structure embodiment for low energy consumption container house of the present invention Bottom plate water storage module, wall water storage module and top plate water storage module decomposing state schematic diagram.

Fig. 8 is a kind of one of Composite Enclosure Structure embodiment for low energy consumption container house of the present invention Wall water storage module and top plate water storage module junction exploded view.

Fig. 9 is a kind of one of Composite Enclosure Structure embodiment for low energy consumption container house of the present invention Wall water storage module and bottom plate water storage module junction partial cutaway schematic under the conditions of summer hot climate.

Figure 10 is a kind of one of Composite Enclosure Structure embodiment for low energy consumption container house of the present invention Summer hot climate under the conditions of wall water storage module and top plate water storage module junction partial cutaway schematic.

Figure 11 is a kind of one of Composite Enclosure Structure embodiment for low energy consumption container house of the present invention Winter cold climate conditions under wall water storage module and do not use the bottom plate water storage mould of bottom plate low temperature hot water radiation heating pattern Block junction partial cutaway schematic.

Figure 12 is a kind of one of Composite Enclosure Structure embodiment for low energy consumption container house of the present invention Winter cold climate conditions under wall water storage module and top plate water storage module junction partial cutaway schematic.

Figure 13 is a kind of one of Composite Enclosure Structure embodiment for low energy consumption container house of the present invention Bottom plate water storage module or top plate water storage module horizontal setting impermeable barrier in sluicing hold one's breath hole floor map.

Figure 14 is a kind of one of Composite Enclosure Structure embodiment for low energy consumption container house of the present invention Bottom plate water storage module or top plate water storage module horizontal setting impermeable barrier in sluicing hold one's breath hole diagrammatic cross-section.

Embodiment

The present invention is described in detail as follows with reference to the drawings and specific embodiments；Although the reality of the present invention is shown in attached drawing Example and embodiment are applied, but the embodiment of the embodiment of the invention that should not be construed as being demonstrated out is limited.

The embodiment of the present invention provides a kind of Composite Enclosure Structure for low energy consumption container house, can be applied to a kind of low energy Consume in container house and operation method, as bottom plate, wall and top plate described in the low energy consumption container house and operation method The embodiment of Composite Enclosure Structure.In addition the Composite Enclosure Structure also can independently apply to container house and similar packaging Among other modular architecturals in case room, to reach the technique effect for reducing building energy consumption.In the present embodiment, compound gone along with sb. to guard him with this Structure illustrates in case of independently using.

To solve the metallic plate lightweight Thermal Performance of Envelope Structure in Nowadays, Container shipping room relative to conventional thermal-insulation masonry wall structure Or concrete structure is poor, when causing Nowadays, Container shipping room summer and winter if turned off air-conditioning and heating system, hot comfort is very Difference, it has to which, more by artificial cooling and heating, the problem of unit construction area high energy consumption, the present invention proposes that one kind is used for The Composite Enclosure Structure of low energy consumption container house.The Composite Enclosure Structure is a kind of energy-saving building building enclosure, be can be used for Building field.

As shown in Figure 1, Figure 2, shown in Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9 and Figure 10, one kind proposed by the present invention is used for low energy consumption collection The Composite Enclosure Structure in vanning room can be divided into three classes：Knot is gone along with sb. to guard him with integrated bottom plate combined of universal container bottom plate and bottom framework 11 Structure 3a, with universal container side plate 12, end plate and termination frame 14, the integrated wall Composite Enclosure Structure 3b of door-window opening 15 And the top plate Composite Enclosure Structure 3c integrated with universal container top plate and top frame 13.The bottom plate combined building enclosure 3a Including：Indoor bottom plate fits up surface layer 391, bottom plate water storage module 31, bottom plate thermal insulation board 38；The wall Composite Enclosure Structure 3b bags Include：Indoor wall fits up surface layer 392, wall water storage module 32, wall Low emissivity air space 34, wall thermal insulating sunshading board 36； The top plate Composite Enclosure Structure 3c includes：Indoor canopy fits up surface layer 393, top plate water storage module 33, top plate Low emissivity air Interbed 35, top plate insulation sunshading board 37；The bottom plate water storage module 31 includes bottom plate water storage module shell 311, bottom plate water storage mould Block head cover 312, bottom plate water storage module impermeable barrier and fixing device 313, the water flowing gas check valve of bottom plate water storage module choked flow interlayer 314, bottom plate water storage module water-filling backwater hole 315 and bottom plate water storage module exhausting-gas hole 316；The wall water storage module 32 includes wall Body water storage module shell 321, wall water storage module head cover 322, wall water storage module impermeable barrier and fixing device 323, wall store The water flowing gas check valve 324 of water module choked flow interlayer, wall water storage module water-filling backwater hole 325 and wall water storage module exhausting-gas hole 326；The top plate water storage module 33 includes top plate water storage module shell 331, top plate water storage module head cover 332, top plate water storage mould Block impermeable barrier and fixing device 333, the water flowing gas check valve 334 of top plate water storage module choked flow interlayer, top plate water storage module water-filling return Water hole 335 and top plate water storage module exhausting-gas hole 336；When the wall water storage module 32 is connected with top plate water storage module 33, Further include wall and top water storage module integrated connection part 32-33；The bottom plate water storage module impermeable barrier and fixing device 313 can be divided into 3132 two parts of bottom plate water storage module impermeable barrier 3131 and bottom plate water storage module impermeable barrier fixing device；The wall water storage module Impermeable barrier and fixing device 323 can be divided into wall water storage module impermeable barrier 3231 and wall water storage module impermeable barrier fixing device 3232 two parts；The top plate water storage module impermeable barrier and fixing device 333 can be divided into 3331 He of top plate water storage module impermeable barrier 3332 two parts of top plate water storage module impermeable barrier fixing device；The horizontally disposed center of the bottom plate water storage module impermeable barrier 3131 Sluice and hold one's breath hole 317 with bottom plate water storage module impermeable barrier；The horizontally disposed center of the top plate water storage module impermeable barrier 3331 Also there is top plate water storage module impermeable barrier to sluice to hold one's breath hole 337；36 bottom of wall thermal insulating sunshading board have can be opened and closed ventilation Mouthfuls 361, the top plate insulation sunshading board 37, which with wall thermal insulating sunshading board 36 joins edge and also has, can be opened and closed ventilating opening 362；Institute The bottom plate fix warming plate 381 on upper strata and 382 two layers of the bottom plate moving thermal insulation plate of lower floor can be divided into by stating bottom plate thermal insulation board 38, both Between can install and be not belonging to the bottom plate optional equipment and pipeline of the Composite Enclosure Structure in itself, such as circulation water radiator 6, capillary Pipe humidification evaporative cooling device 7 etc., radiating and cooling during for the Composite Enclosure Structure summer.

As shown in Figure 1, Figure 2, shown in Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9 and Figure 10, one kind proposed by the present invention is used for low energy consumption collection Casing the Composite Enclosure Structure in room can also be associated with being not belonging to the Composite Enclosure Structure component in itself and equipment, is applied to The low energy consumption container house；The Composite Enclosure Structure can by the bottom plate 111 of universal container 1, bottom framework 112, side plate 12, Top plate 131, top frame 132, end plate and termination frame 14, and additional bottom supporting structure 21, second wall supporting structure 22 Supported with the additional supporting structure 2 of additional top plate supporting structure 23 composition；Whole container house can be by exposing described compound enclose The additional bottom corner piece 211 and additional angle supporting device 231 of protection structure are loaded and unloaded and transported；The Composite Enclosure Structure also with it is described low The building enclosure additional line of energy consumption container house is connected with water tank 5；Wherein wall is with pushing up in water storage module circulating water line 54 Wall is connected for water conduit tube 544 with top water storage module by wall and top water storage module water supply branch pipe 545 with the wall water storage module 32 Connect；Wall is dissipated with top water storage module backwater main pipe 547 by wall and top water storage module return branch 546 and the wall and top recirculated water Hot device 62 is connected to heat dissipation during wall water storage module 32 and top plate 33 summer of water storage module；Bottom plate water storage module circulates 55 bottom plate water storage module of water lines passes through bottom plate water storage module water supply branch pipe 555 and the bottom plate water storage mould for water conduit tube 554 Block 31 connects；Bottom plate water storage module backwater main pipe 557 is dissipated by bottom plate water storage module return branch 556 and the bottom plate recirculated water Hot device 61 is connected to heat dissipation during 31 summer of the bottom plate water storage module；Wall is connected described with top water storage module gas exhaust piping 56 Air pressure when top plate water storage module exhausting-gas hole 336 discharges water for the wall water storage module 32 and 33 water storage of top plate water storage module is put down Weighing apparatus；Bottom plate water storage module gas exhaust piping 57 connects the bottom plate water storage module exhausting-gas hole 316 and is stored for the bottom plate water storage module Air pressure balance when water discharges water；Optionally, the low energy consumption container house can integrated solar photovoltaic panel 00 and solar energy heating Device 01, some electrical power of the low energy consumption container house operation is produced by solar energy photovoltaic panel 00, is produced by solar thermal collector 01 Raw low-temperature water heating；Optionally, the low energy consumption container house can also add the solar energy being connected with the bottom plate water storage module 31 Hot water line 58, and when winter can carry out bottom plate low-temperature water heating solar heating；The circulation water radiator 6 can be divided into bottom plate circulation Water radiator 61 and wall and top circulation water radiator 62；One of embodiment of bottom plate circulation water radiator 61 includes bottom plate Circulation water radiator coil pipe 611, bottom plate circulation water radiator coil pipe connector 612 and bottom plate circulation water radiator stent 613；Wall with Pushing up one of embodiment of circulation water radiator 62 includes wall and top circulation water radiator coil pipe 621, wall and top recirculated water Radiator coil connector 622 and wall and top circulation water radiator stent 623；The tool of the capillary humidification evaporative cooling device 7 One of body embodiment humidifies evaporative cooling device main pipe 71 by capillary and connects capillary 74, and capillary tube holder 77 supports The capillary 74 on there is the water dropper 75 being distributed along pipeline, end to the greatest extent has plug 76, and is attached to the recirculated water and dissipates High-efficiency water-absorbing moisturizing material layer 78 on hot device 6；Be not excluded for circulation water radiator 6 and capillary humidification evaporative cooling device 7 its He exists embodiment；Radiating and cooling enhancing efficiency also needs utilization to store leg 8 during the Composite Enclosure Structure summer The low energy consumption container house box portion is maked somebody a mere figurehead to form the overhead space of bottom sun-shading ventilating；The leg 8 stored One of embodiment includes leg disc 81, leg rod piece 82 and leg box connector 83；Be not excluded for storing leg 8 its He exists embodiment.

As shown in Figure 1, Figure 2, it is proposed by the present invention a kind of to be enclosed for the compound of low energy consumption container house shown in Fig. 5, Fig. 6 and Fig. 7 Protection structure, it is characterised in that have can water-filling discharge water, modularization and opaque bottom plate water storage module 31, wall water storage module 32 And top plate water storage module 33；The bottom plate water storage module 31, wall water storage module 32 and top plate water storage module 33 are hot in summer Under weather conditions can water storage, increase the thermal inertia of the Composite Enclosure Structure, to resist environment temperature big ups and downs；The bottom plate Water storage module 31, wall water storage module 32 and top plate water storage module 33 can discharge water to form internal envelope under cold climate conditions in the winter time Air space is closed, to improve the insulating power of the Composite Enclosure Structure, reduces heat transfer loss；The bottom plate water storage module 31, Wall water storage module 32 and top plate water storage module 33 can use high molecular material injection or water-proof sheet material split welding fabrication；And institute State the auxiliary that bottom plate water storage module 31, wall water storage module 32 and top plate water storage module 33 may act as the low energy consumption container house Station service water tank；Institute's water storage can be back to flushing and flush the toilet and green area irrigation；The bottom plate water storage module 31 that is not excluded for there are similar functions, Wall water storage module 32 and other embodiments presence of top plate water storage module 33.

As shown in Figure 1, Figure 2, Figure 3 and Figure 4, it is proposed by the present invention a kind of to go along with sb. to guard him knot for the compound of low energy consumption container house The outside of wall water storage module described in structure 32 is followed successively by the wall Low emissivity air space 34 and the wall thermal insulating hides Positive plate 36；The outside of the top plate water storage module 33 is followed successively by the top plate Low emissivity air space 35 and top plate insulation Sunshading board 37；The wall Low emissivity air space 34 and top plate Low emissivity air space 35 do air space with low-radiation material Indoor and outdoor side surface, to reduce the wall water storage module 32 and top plate water storage module 33 and extraneous radiation heat transfer, Summer can utilize open air layer ventilation and heat, and winter can utilize occluded airs layer to keep the temperature；36 He of wall thermal insulating sunshading board Top plate insulation sunshading board 37 be shelter from the wall water storage module 32 and top plate water storage module 33 have insulating layer it is impermeable Bright battenboard, passes through for the wall water storage module 32 and the summer sunshade of top plate water storage module 33 and Winter protection, reduction The wall Composite Enclosure Structure of the low energy consumption container house and the summer of top plate Composite Enclosure Structure obtain hot and winter heat loss.

As shown in Fig. 2, Fig. 3, Fig. 4, Fig. 9, Figure 10, Figure 11 and Figure 12, one kind proposed by the present invention is used for low energy consumption packaging In the Composite Enclosure Structure in case room, the inside of bottom plate water storage module 31 has parallel to 31 indoor of bottom plate water storage module Surface and outdoor side surface, are made of thin-film material or sheeting, act the multi-level lamella structure for hindering convection current heat transfer effect, I.e. described bottom plate water storage module impermeable barrier 3131；Also have at the same time in the wall water storage module 32 parallel to the wall water storage Module indoor side surface and outdoor side surface, are made of thin-film material or sheeting, act the multilayer for hindering convection current heat transfer effect Secondary lamella structure, i.e., described wall water storage module impermeable barrier 3231；Also have in the top plate water storage module 33 at the same time parallel to The top plate water storage module indoor side surface and outdoor side surface, are made of thin-film material or sheeting, rise and hinder to spreading The multi-level lamella structure of heat effect, i.e., described top plate water storage module impermeable barrier 3331；The bottom plate water storage module impermeable barrier 3131st, the embodiment of wall water storage module impermeable barrier 3231 and top plate water storage module impermeable barrier 3331 has high molecular material The heat convection as caused by the surfaces externally and internally temperature difference, can be limited in phase by multi-level lamella structure made of film or sheet metal Between adjacent impermeable barrier, a wide range of convection current is prevented, and then reduce the convection current heat transfer between indoor side surface and outdoor side surface；Do not arrange Except the impermeable barrier embodiment that the other materials with similar functions or technique make exists.

As shown in fig. 10 and fig. 12, a kind of Composite Enclosure Structure for low energy consumption container house proposed by the present invention, its It is characterized in that the wall water storage module impermeable barrier and fixing device 323 and the top plate water storage module impermeable barrier and fixing device 333 are corresponding in turn to, and quantity is equal；Outermost one layer of resistance of i.e. described wall water storage module impermeable barrier and fixing device 323 Fluid layer 3231 and fixing device 3232 correspond to outermost one layer of resistance of the top plate water storage module impermeable barrier and fixing device 333 Fluid layer 3331 and fixing device 3332；Time one layer of impermeable barrier in outside of the wall water storage module impermeable barrier and fixing device 323 3231 and fixing device 3232 correspond to the top plate water storage module impermeable barrier and fixing device 333 time outside one layer of impermeable barrier 3331 and fixing device 3332；And so on, innermost one layer of the wall water storage module impermeable barrier and fixing device 323 Impermeable barrier 3231 and fixing device 3232 correspond to innermost one layer of the top plate water storage module impermeable barrier and fixing device 333 Impermeable barrier 3331 and fixing device 3332；It is corresponding to form the wall water storage module 32 and the inside of the top plate water storage module 33 , by the wall water storage module impermeable barrier and fixing device 323 and the top plate water storage module impermeable barrier and fixing device 333 The internal flow space of the thermosphere of separation, different temperatures water layer is mixed during reducing the flowing cooling of recirculated water under water storage state Stream, lifts summer heat insulation.

It is proposed by the present invention a kind of to be enclosed for the compound of low energy consumption container house as shown in Fig. 9, Figure 10, Figure 11 and Figure 12 Protection structure, it is characterised in that have between the internal flow layer that the bottom plate water storage module impermeable barrier and fixing device 313 are separated There is the bottom plate water storage module water flowing gas check valve 314；The wall water storage module impermeable barrier and fixing device 323 are separated at the same time Internal flow layer between also there is the wall water storage module water flowing gas check valve 324；The top plate water storage module choked flow at the same time Also there is the top plate water storage module water flowing gas check valve 334 between the internal flow layer that layer and fixing device 333 are separated；Water storage When can be formed and allow the connection water layer for circulating heat dissipation, but the insulation air space of closing can be formed after discharging water；In described Portion's fluid layer is mainly water layer or air layer, however not excluded that is functionally similar to depositing for other solution fluid embodiments of water .

It is proposed by the present invention a kind of to be enclosed for the compound of low energy consumption container house as shown in Fig. 9, Figure 10, Figure 11 and Figure 12 Protection structure, it is characterised in that the bottom plate water storage module water flowing gas check valve 314, wall water storage module water flowing gas check valve 324 and top Plate water storage module water flowing gas check valve 334 is small with density respectively inside respective valve casing 3142, valve casing 3242 and valve casing 3342 In the density of water, and it is more than the floating ball or floating block 3141, floating ball or floating block 3241 and floating ball or floating block 3341 of the density of air；When When the bottom plate water storage module 31, wall water storage module 32 and top plate 33 inner filling water of water storage module, the floating ball or floating block 3141st, floating ball or floating block 3241 and floating ball or floating block 3341 form water-flowing path after floating, so that bottom plate when allowing summer The inside recirculated water circulation heat dissipation of water storage module 31, wall water storage module 32 and top plate water storage module 33；When the bottom plate water storage After module 31, wall water storage module 32 and the inside of top plate water storage module 33 release water, the floating ball or floating block 3141, floating ball or Floating block 3241 and floating ball or floating block 3341 block water-flowing path after sinking, and cause the bottom plate water storage module impermeable barrier and fixed dress Put and divide between 313, wall water storage module impermeable barrier and fixing device 323 and top plate water storage module impermeable barrier and fixing device 333 Not by the bottom plate water storage module water flowing gas check valve 314, wall water storage module water flowing gas check valve 324 and top plate water storage module water flowing Gas check valve 334 separates, and forms mutually disconnected air space, so as to improve the insulating power of the Composite Enclosure Structure, has Beneficial to the low energy consumption container house winter saving energy；When equally there is water certain solution of thermal inertia and mobility to replace, The bottom plate water storage module water flowing gas check valve 314, wall water storage module water flowing gas check valve 324 and top plate water storage module water flowing are held one's breath Floating ball or floating block 3141, floating ball or floating block 3241 and floating ball or 3341 density of floating block inside valve 334 are less than the close of the solution Degree, and more than the density of air, to reach the effect that water flowing is held one's breath.

It is proposed by the present invention a kind of to go along with sb. to guard him knot for the compound of low energy consumption container house as shown in Fig. 1, Figure 13 and Figure 14 Structure, it is characterised in that when the bottom plate water storage module 31 and the top plate water storage module 33 release water storage, the bottom plate water storage mould Sluice the hold one's breath center of hole 317 and the top plate water storage module impermeable barrier 3331 of the center of block impermeable barrier 3131 sluices hole of holding one's breath 337 gravity that can rely on upper strata ponding are opened, and are closed after discharging upper strata ponding, to block air penetration, are formed no product Water and the occluded air interbed for keeping flat form；The central hole 317 of holding one's breath that sluices of the bottom plate water storage module impermeable barrier 3131 Hold one's breath one of the embodiment in hole 337 of sluicing with the center of the top plate water storage module impermeable barrier 3331 can be relied on and covered respectively Cover it is described center sluice hold one's breath hole 317 and center sluicing hold one's breath hole 337 elastic membrane 3171 and elastic membrane 3371 elastic deformation Function is realized；As shown in Figure 13 and Figure 14, in A areas, the bottom plate water storage module impermeable barrier 3131 and elastic membrane 3171 have It is tightly connected, the top plate water storage module impermeable barrier 3331 and elastic membrane 3371 also have sealed connection；In B areas, the bottom Plate water storage module impermeable barrier 3131 and elastic membrane 3171 is disconnected fits closely, the top plate water storage module impermeable barrier 3331 and bullet Film 3371 is disconnected fits closely for property；Ensure that ponding can be flowed out under the effect of gravity by the unattached portion in B areas, ponding excludes Elastic membrane 3171 and elastic membrane 3371 closing the B areas under elastic force effect afterwards；It is not excluded for that hole 317 is held one's breath in sluicing and sluicing is held one's breath Other embodiments of hole 337 exist.

It is proposed by the present invention a kind of for the compound of low energy consumption container house as shown in Fig. 2, Fig. 3, Fig. 4, Figure 10 and Figure 12 Building enclosure, it is characterised in that the bottom plate water storage module 31, wall water storage module 32 and top plate water storage module 33 can not only be adopted With the monoshell with single bottom plate water storage module shell 311, wall water storage module shell 321 and top plate water storage module shell 331 The embodiment of water storage module；Can also it use be capable of independent water storage and draining there is indoor and the bottom plate of outside two The bivalve water storage module of water storage module shell 311, wall water storage module shell 321 and top plate water storage module shell 331 it is specific Embodiment；Or use be capable of independent water storage and draining have three or three with upper plate water storage module shell 311, wall Water storage module shell 321 and top plate water storage module shell 331 along the water storage module indoor side surface and outdoor side surface method The embodiment of more shell water storage modules of line direction stacked arrangement；Composite Enclosure Structure bottom plate water storage mould shown in Fig. 2 Block 31 employs the embodiment of monoshell water storage module, and wall water storage module 32 and top plate water storage module 33 employ it is double The embodiment of shell water storage module；After bivalve water storage module or more shell water storage modules, it can make whole compound to go along with sb. to guard him knot Structure, can from being full of with the inert overall water storage state of maximum heat to the entirety with maximum heat insulating ability in the conversion of air condition Level discharges water successively inside and outside point, so that the intermediateness and more flexible weather that are combined with different thermal inertias and heat insulating ability are fitted Ying Xing.

It is proposed by the present invention a kind of for the compound of low energy consumption container house as shown in Fig. 2, Fig. 3, Fig. 4, Fig. 9 and Figure 11 Building enclosure, it is characterised in that the bottom plate water storage module 31 not only may act as the low energy consumption collection under the conditions of summer hot climate The auxiliary station service water tank water storage in vanning room, the thermal inertia for increasing the bottom plate combined building enclosure 3a are violent to resist environment temperature Fluctuation；And under winter cold climate conditions in optional operation method, the bottom plate water storage module 31 can also act as described low The hot water storage tank and bottom plate low temperature hot water radiation heating device of energy consumption container house, store from the low energy consumption container house collection Into the low-temperature water heating that is conveyed by the solar water pipeline 58 of solar thermal collector 01, carry out bottom plate low temperature hot water radiation Heating is to save heating energy consumption；382 winter of bottom plate moving thermal insulation plate closes at the same time, increases the bottom plate water storage module Room 31 Outside insulating power, reduces the winter heat loss that the bottom plate water storage module 31 stores hot water.

It should be noted that above embodiment is explanation of the invention, and the non-limiting present invention has more The possibility of more embodiments.Such as the embodiment some materials, construction and component in the present invention with principle deformation design, and compare Such as extract section Example local feature of the present invention, the embodiment reconfigured with principle.In addition, some known technologies and structure Make details also not list in detail in a specific embodiment, more clearly to express the main contents of the present invention.Close above In the present invention embodiment description be not precluded from meeting main contents of the present invention, communicated with the principle of the invention with it is similar The presence of other embodiment；And with the embodiment communicated with the present invention with similar part or all of combinations of features, it should also It is understood as falling within protection scope of the present invention.

Claims

1. a kind of Composite Enclosure Structure for low energy consumption container house, including three classes, i.e., with universal container bottom plate and bottom frame The bottom plate combined building enclosure that frame integrates, the wall Composite Enclosure Structure integrated with universal container side plate, end plate and end frame And the top plate Composite Enclosure Structure integrated with universal container top plate and top frame；The bottom plate combined building enclosure includes： Indoor bottom plate fits up surface layer, bottom plate water storage module, bottom plate thermal insulation board；The wall Composite Enclosure Structure includes：Indoor wall fills Have a shave layer, wall water storage module, wall Low emissivity air space, wall thermal insulating sunshading board；The top plate Composite Enclosure Structure bag Include：Indoor canopy fits up surface layer, top plate water storage module, top plate Low emissivity air space, top plate insulation sunshading board；The bottom plate stores Water module, wall water storage module and top plate water storage module all include respectively：Shell, head cover, impermeable barrier and fixing device, impermeable barrier Between water flowing gas check valve, water-filling backwater hole, exhausting-gas hole；The wall water storage module and top plate water storage module integrated connection for wall with When pushing up water storage module, wall and top water storage module integrated connection part are further included；The bottom plate water storage module impermeable barrier and top plate water storage Module impermeable barrier is arranged horizontally, and center is respectively provided with sluicing and holds one's breath hole；The wall thermal insulating sunshading board bottom is logical with that can be opened and closed Air port, top plate insulation sunshading board also have with wall thermal insulating sunshading board handing-over edge and can be opened and closed ventilating opening；The bottom plate is protected Warm plate can be divided into the bottom plate fix warming plate on upper strata and two layers of the bottom plate moving thermal insulation plate of lower floor, can install be not belonging between the two The bottom plate optional equipment and pipeline of the Composite Enclosure Structure in itself, such as circulation water radiator, capillary humidification evaporative cooling dress Put.

2. a kind of Composite Enclosure Structure for low energy consumption container house according to claim 1, it is characterised in that have Can water-filling discharge water, modularization connection and opaque bottom plate water storage module, wall water storage module and top plate water storage module；The bottom Plate water storage module, wall water storage module and top plate water storage module under the conditions of summer hot climate can water storage, increase it is described compound The thermal inertia of building enclosure, to resist environment temperature big ups and downs；The bottom plate water storage module, wall water storage module and top plate store Water module can discharge water to form internal occluded air interbed under cold climate conditions in the winter time, to improve the Composite Enclosure Structure Insulating power, reduces heat transfer loss；The bottom plate water storage module, wall water storage module and top plate water storage module can use macromolecule Material injection, or water-proof sheet material split welding；And the bottom plate water storage module, wall water storage module and top plate water storage module can fill When the auxiliary station service water tank of the low energy consumption container house, institute's water storage can be back to flushing and flush the toilet and green area irrigation；It is not excluded for having There is an other materials of similar functions or bottom plate water storage module, wall water storage module and top plate water storage module that technique makes are specifically real The mode of applying exists.

3. a kind of Composite Enclosure Structure for low energy consumption container house according to claim 2, it is characterised in that described The outside of wall water storage module is followed successively by the wall Low emissivity air space and the wall thermal insulating sunshading board；The top plate The outside of water storage module is followed successively by the top plate Low emissivity air space and top plate insulation sunshading board；The low spoke of the wall Penetrate air space and top plate Low emissivity air space and do air space indoor and outdoor side surface with low-radiation material to reduce The wall water storage module and top plate water storage module and the radiation heat transfer of external environment；The wall thermal insulating sunshading board and top plate are protected Warm sunshading board is the opaque battenboard with insulating layer for sheltering from the wall water storage module and top plate water storage module, is used for The wall water storage module and the summer sunshade of top plate water storage module and Winter protection.

4. a kind of Composite Enclosure Structure for low energy consumption container house according to claim 3, it is characterised in that described Have inside bottom plate water storage module parallel to the bottom plate water storage module indoor side surface and outdoor side surface, by thin-film material or Sheeting is made, and acts the multi-level lamella structure for hindering convection current heat transfer effect, i.e., described bottom plate water storage module impermeable barrier；At the same time Also have in the wall water storage module parallel to the wall water storage module indoor side surface and outdoor side surface, by film material Material or sheeting are made, and act the multi-level lamella structure for hindering convection current heat transfer effect, i.e., described wall water storage module impermeable barrier； Also have at the same time in the top plate water storage module parallel to the top plate water storage module indoor side surface and outdoor side surface, by thin Membrane material or sheeting are made, and act the multi-level lamella structure for hindering convection current heat transfer effect, i.e., described top plate water storage module resistance Fluid layer.

5. a kind of Composite Enclosure Structure for low energy consumption container house according to claim 4, it is characterised in that described Wall water storage module impermeable barrier and fixing device and the top plate water storage module impermeable barrier and fixing device are corresponding in turn to, and quantity It is equal；Described in i.e. described wall water storage module impermeable barrier and the outermost one layer of impermeable barrier and fixing device of fixing device correspond to The outermost one layer of impermeable barrier and fixing device of top plate water storage module impermeable barrier and fixing device；The wall water storage module resistance Fluid layer and time one layer of impermeable barrier in outside and fixing device of fixing device correspond to the top plate water storage module impermeable barrier and fixed dress One layer of impermeable barrier and fixing device in time outside put；And so on, the wall water storage module impermeable barrier and fixing device Innermost one layer of impermeable barrier and fixing device correspond to innermost the one of the top plate water storage module impermeable barrier and fixing device Layer impermeable barrier and fixing device, to form the wall water storage module and the corresponding thermosphere of the top plate water storage module detail analysis The Water space or air space of change, the mixed flow of different temperatures water layer, carries during reducing the flowing cooling of recirculated water under water storage state Rise summer heat insulation.

6. a kind of Composite Enclosure Structure for low energy consumption container house according to claim 5, it is characterised in that described Between the internal flow layer that bottom plate water storage module impermeable barrier and fixing device are separated there is the bottom plate water storage module water flowing to close Air valve；Also there is the wall between the internal flow layer that the wall water storage module impermeable barrier and fixing device are separated at the same time Water storage module water flowing gas check valve；Between the internal flow layer that the top plate water storage module impermeable barrier and fixing device are separated at the same time Also there is the top plate water storage module water flowing gas check valve.

7. a kind of Composite Enclosure Structure for low energy consumption container house according to claim 6, it is characterised in that described It is less than inside the valve casing of the water flowing gas check valve of bottom plate water storage module, wall water storage module and top plate water storage module with density The density of water, and the floating ball or floating block of the density more than air；When the bottom plate water storage module, wall water storage module and top plate store When water inside modules are full of water, the floating ball or floating block can float, and water-flowing path be formed, so as to allow water to circulate heat dissipation； Inside the bottom plate water storage module, wall water storage module and top plate water storage module during discharge water, the floating ball or floating block can under It is heavy, block water-flowing path, in the inside impermeable barrier of the bottom plate water storage module, wall water storage module and top plate water storage module and solid Determine to form the disconnected air space of separation between device, to improve the insulating power of the Composite Enclosure Structure；When water is same When sample has the replacement of certain solution of thermal inertia and mobility, floating ball or floating block density inside the valve casing of the water flowing gas check valve Less than the density of the solution, and more than the density of air.

8. a kind of Composite Enclosure Structure for low energy consumption container house according to claim 7, it is characterised in that described When bottom plate water storage module and the top plate water storage module release water storage, the center of the bottom plate water storage module impermeable barrier, which sluices, holds one's breath Sluice hole of holding one's breath of the center of hole and the top plate water storage module impermeable barrier can rely on the gravity of upper strata ponding and open, discharge Closed after the ponding of upper strata, to block air penetration, form no ponding, keep the occluded air interbed of flat form；The bottom plate Sluice hold one's breath the sluice hole of holding one's breath of center of hole and top plate water storage module impermeable barrier of the center of water storage module impermeable barrier can rely on covering The elastic membrane elastic deformation function of spilled water hole is realized, however not excluded that sluice hole other embodiments presence of holding one's breath.

9. a kind of Composite Enclosure Structure for low energy consumption container house according to claim 8, it is characterised in that described Bottom plate water storage module, wall water storage module and top plate water storage module can not only use the monoshell water storage module with single shell Embodiment, can also use be capable of independent water storage and draining to have indoor water storage module and outside water storage module two The embodiment of the bivalve water storage module of a shell；Or use be capable of independent water storage and draining have three or three with Upper shell along more shell water storage modules of the water storage module indoor side surface and outdoor side surface normal direction stacked arrangement Embodiment；Using can make after the embodiment of bivalve or more shell water storage modules the Composite Enclosure Structure by with The inert overall water storage state of maximum heat, into transient process of the entirety with maximum heat insulating ability full of air condition, can have There are different thermal inertias and the intermediateness of heat insulating ability combination, so that the modulability changed with more flexible acclimatization.

A kind of 10. Composite Enclosure Structure for low energy consumption container house according to claim 9, it is characterised in that winter Under cold climate conditions, such as low energy consumption container house has solar water pipeline, bottom described in optional operation method Plate water storage module can also store the low-temperature water heating of the solar thermal collector integrated from the low energy consumption container house, serve as described The hot water storage tank and bottom plate low temperature hot water radiation heating device of low energy consumption container house；The bottom plate moving thermal insulation plate closes at the same time Close, increase the insulation of the bottom plate water storage module outside, reduce the heat loss that the bottom plate water storage module stores hot water.