CN205369984U - Energy -concerving and environment -protective house and multi -storey building - Google Patents
Energy -concerving and environment -protective house and multi -storey building Download PDFInfo
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- CN205369984U CN205369984U CN201620082646.3U CN201620082646U CN205369984U CN 205369984 U CN205369984 U CN 205369984U CN 201620082646 U CN201620082646 U CN 201620082646U CN 205369984 U CN205369984 U CN 205369984U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A20/00—Water conservation; Efficient water supply; Efficient water use
- Y02A20/108—Rainwater harvesting
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B10/00—Integration of renewable energy sources in buildings
- Y02B10/10—Photovoltaic [PV]
Abstract
The utility model provides an energy -concerving and environment -protective house, utilize the system including light energy, its including set up respectively in photovoltaic module on the outside of the wall body in house and/or the top surface on roof and with the grid -connected inverter that photovoltaic module connects, grid -connected inverter's output with in the house with the electric system and the house place regional power supply system all connect, the grid -connected inverter configuration does: when power consumption with the electric system is lighter than during the biggest electric energy of grid -connected inverter output, will the power supply who does not consume with the electric system arrives power supply system, otherwise, all supply with the electric energy of output use the electric system. The utility model discloses a resources such as energy -concerving and environment -protective house can make full use of light energy, wind energy, rainwater, waste water have realized energy -concerving and environment -protectively.
Description
Technical field
This utility model relates to a kind of building, particularly to the building of a kind of energy-conserving and environment-protective and have the tier building of this energy saving environmental protection house.
Background technology
Along with the development of society, worldwide oil, coal, three kinds of traditional energies of natural gas are increasingly exhausted, and the mankind have to turn to relatively costly bioenergy, water conservancy, underground heat, wind-force, solar energy and nuclear energy.And China is as populous nation, energy problem is more serious.
China's existing building area is 40,000,000,000 m2, the overwhelming majority for high energy consumption building, and in annual new building more than 95% be still high energy consumption build.If China continues executing with the design standard that energy-saving horizontal is relatively low, will be left behind very heavy energy consumption burden and administer difficulty.Mega structure energy consumption, has become as the great burden of national economy.Therefore building trade is energy-conservation imperative.
For this reason, it may be necessary to make full use of regenerative resource, under ensureing the premise that building uses function and indoor thermal environment quality, reduce building energy consumption, rationally, effectively utilize the energy.
Utility model content
For this, this utility model provides a kind of energy saving environmental protection house, including light-use system, it includes the photovoltaic module on the end face on outside and/or the roof being respectively arranged at the body of wall in described house, and the combining inverter being connected with described photovoltaic module, using electricity system and the electric power system of region, described house in the outfan of described combining inverter and described house are all connected with, described combining inverter is configured that when the maximum power that the power consumption of described using electricity system exports less than described combining inverter, the electric energy that described using electricity system does not consume is supplied to described electric power system；Otherwise, the electric energy of output is all supplied to described using electricity system.
Further, described house also includes daylighting shading system, and the body of wall in described house offers daylighting region, is slidably provided with multiple light-passing board and photovoltaic module in described daylighting region.
Further, described house also includes rainwater utilization system, comprising: the water-collecting tray for collecting rainwater being arranged on the end face on the roof in described house；The bottom of described water-collecting tray is provided with downward-sloping ramp structure, and the bottom of described ramp structure is provided with inlet, so that the rainwater collected flows to described inlet along described ramp structure；Described inlet be provided above water purification material, the bottom of described inlet passes into the chamber that described roof is internally formed, so that flowing into described chamber through described inlet after flowing to the purification of the rainwater of the described inlet water purification material above described inlet；Described chamber is interior, be positioned at the lower section of the outlet of described inlet, is provided with the drip tray of the rainwater flowed out from described inlet for access, is provided with water purification material in described drip tray；Described drip tray is additionally provided with outlet, and it is connected to the water system in described house, so that the rainwater flowing into described drip tray flows into described water system from described outlet after the purification of the water purification material in described drip tray, for described house water.
Further, in described drip tray, direction along the position flowed into from described rainwater to the position of described outlet, it is disposed with multiple water purification region, it is each provided with one or more water purification materials, so that the rainwater flowing into described drip tray flows into described water system from described outlet successively after the purification of one or more water purification materials in each described water purification region in each described water purification region.
Further, described house also includes sewage recovering system, it includes waste water upper hose, the bottom connection drain pipe in described house of described waste water upper hose, top extend to the top of described water-collecting tray, and the waste water being used for producing described house water is through water-collecting tray described in described waste water upper hose suction.
Further, described house also includes air cleaning system, and a sidewall of described chamber offers the first through hole, and described first through hole connects the outdoor of described house and described chamber；Being provided with the first fan in described first through hole, the wind direction of described first fan is for blowing to described chamber outdoor, so that the air of outdoor flows into described chamber；In described chamber, it is disposed with one or more air filtering assembly along described wind direction；In described chamber, along described wind direction, rear at the one or more air filtering assembly, it is provided with the air inlet of the air exchange system in described house, so that the air flowing into chamber outdoor enters described air exchange system from described air inlet after the one or more air filtering assembly filters, thus being the indoor supply fresh air in described house.
Further, the bottom of described inlet connects water curtain pipe, and described chamber is stretched in the outlet of described water curtain pipe, so that the rainwater flowed out from described inlet flows down through the tubular water curtain that becomes of described water curtain, and flows into described drip tray；Described first through hole is opened in the position corresponding with described water curtain；Each described air filtering assembly is disposed on the rear of described water curtain successively along described wind direction；And described air filtering assembly is removeably positioned in described chamber.
Further, described roof be internally formed chamber, described house also includes wind energy utilization system, it includes the construction of wind tunnel and the wind power generation plant that are formed in described chamber, wherein, described construction of wind tunnel includes: be separately positioned on the air inlet on relative two sidewall of described chamber and air outlet, and it is connected to the wind tunnel noumenon between described air inlet and air outlet, wherein, described air outlet is provided with the second fan and its wind direction for blow to outdoor from described chamber, the first stable section that diameter that described wind tunnel noumenon is sequentially connected with from described air inlet to described air outlet direction is constant, the contraction section that diameter is gradually little, the second stable section that diameter is constant, and the diffuser that diameter is gradually big, described first stable section is provided with rectifier stack；Described wind power generation plant is arranged on the junction of described second stable section and described diffuser, and its electric power exports described combining inverter.
Further, described electric power system includes the electric power system to personal user near the mains-supplied system of region, described house and region, described house.
This utility model additionally provides a kind of tier building, its at least one floor is the energy saving environmental protection house described in claim 3, an outer surface part for the laterally projecting body of wall in the upper floors being adjacent in roof of the energy saving environmental protection house of lower floor, the described photovoltaic module of the energy saving environmental protection house of described lower floor and described water-collecting tray may be contained within the part of the body of wall protruding from upper floors on its roof.
Energy saving environmental protection house of the present utility model and tier building, luminous energy can be made full use of and wind energy carries out generating electricity house and electrical network are powered, and be provided with air cleaning system and effectively improve room air, additionally it is possible to the waste water that rainwater and house produce is carried out purification and becomes recycled water with further use.
Accompanying drawing explanation
Fig. 1 is the schematic perspective view of energy saving environmental protection house of the present utility model；
Fig. 2 is the generalized section of a position on the roof of Fig. 1；
Fig. 3 is the generalized section of another position on the roof of Fig. 1, it illustrates an embodiment；
Fig. 4 is the generalized section of another position on the roof of Fig. 1, it illustrates another embodiment；
Fig. 5 is the schematic perspective view of tier building of the present utility model；
Fig. 6 is the generalized section of a position on the roof of the lower floor of Fig. 5.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, energy saving environmental protection house of the present utility model and tier building are described in further detail, but not as to restriction of the present utility model.
This utility model provides a kind of energy saving environmental protection house, and as shown in figures 1-4, it includes light-use system, daylighting shading system, rainwater utilization system, sewage recovering system, air cleaning system and wind energy utilization system.
Wherein, light-use system includes being respectively arranged at the outside of the body of wall in house as shown in Figure 1 photovoltaic module 112 and/or the photovoltaic module 111 being arranged on the end face on roof and the combining inverter (not shown) being connected with these photovoltaic modulies 111,112.
Using electricity system and the electric power system of region, house in the outfan of this combining inverter and house are all connected with, this combining inverter is configured that the electric energy that the using electricity system in house does not consume is supplied to the electric power system of region, house by this combining inverter when the maximum power that the power consumption of the using electricity system in house exports less than combining inverter；Otherwise, when the electricity that this combining inverter exports can only supply the power consumption in this house, the electric energy of output is all supplied to the using electricity system in this house by this combining inverter.
The electric power system of this region, house above-mentioned includes but not limited to: the electric power system to personal user near the mains-supplied system of region, house and this region, house.
Additionally, this house also includes daylighting shading system.With continued reference to Fig. 1, the body of wall in house offers daylighting region, for instance, window, door etc..The photovoltaic module 113 of multiple light-passing board 114 and light tight (or semi-transparent) is slidably installed in this daylighting region.Light-passing board 114 and photovoltaic module 113 can move in transmission region, for instance sliding, user can change the position of light-passing board 114 and photovoltaic module 113 as required, thus changing the daylighting situation of indoor, or carry out sunshade with photovoltaic module 113.
Although it is understood that the glide direction of the light-passing board 114 shown in figure and photovoltaic module 113 is for horizontally slipping but it also may be slide up and down, tilted direction slip etc..
This house also includes rainwater utilization system.With reference to Fig. 2, rainwater utilization system includes: be arranged on house roof end face on the water-collecting tray 121 for collecting rainwater；The bottom of water-collecting tray 121 is provided with downward-sloping ramp structure 122, and the bottom of ramp structure 122 is provided with inlet 124, so that the rainwater collected flows to inlet 124 along ramp structure 122；Inlet 124 be provided above water purification material 123, the bottom of inlet 124 passes into the chamber 131 that roof is internally formed, so that after flowing to the purification of the rainwater of the inlet 124 water purification material 123 above inlet 124, flowing into chamber 131 through inlet 124；Chamber 131 is interior, be positioned at the lower section of the outlet of inlet 124, is provided with the drip tray 126 of the rainwater flowed out from inlet 124 for access, is provided with water purification material 127,128,129 in drip tray 126；Drip tray 126 is additionally provided with outlet (not shown), it is connected to the water purification feed pipe 143 of water system in house, so that the rainwater flowing into drip tray 126 flows into water system from outlet after the purification of the water purification material 127,128,129 in drip tray 126, use water for this house.
Preferably, in drip tray 126, along the position flowed into from rainwater to the direction of the position of outlet, it is disposed with multiple water purification region, one or more water purification materials 127,128,129 it are each provided with in each water purification region, so that the rainwater flowing into drip tray 126 flows into water system from outlet successively after the purification of one or more water purification materials 127,128,129 in each water purification region, use water for this house.
Additionally, this house also includes sewage recovering system.With continued reference to Fig. 2, sewage recovering system and rainwater utilization system share a set of purifier.Sewage recovering system includes waste water upper hose 141, the bottom of waste water upper hose 141 be connected to the drain pipe in this house to receive waste water, its top 142 extend to the top of water-collecting tray 121, for waste water that house use water is produced through waste water upper hose 141 suction water-collecting tray 121.
If it is understood that waste water is extracted into top from the bottom of waste water upper hose 141, it is necessary to use Water-pumping motor equal power device.
Therefore, the various cleaning of substances 123,127,128,129 arranged in rainwater utilization system and sewage recovering system, reasonable disposition can be carried out according to the water quality situation before purified treatment with to the requirement of the water quality after purified treatment, so that the process of rainwater and waste water all meets the standard of domestic water.
Further, this house also includes air cleaning system.With continued reference to Fig. 2, a sidewall 132 of chamber 131 offers the first through hole, and the first through hole connects outdoor and the chamber 131 in house；Being provided with the first fan 151 in first through hole, its wind direction is for blowing to chamber 131 outdoor, so that the air of outdoor flows into chamber 131；In chamber 131, it is disposed with one or more air filtering assembly 152,153,154 along wind direction；In chamber 131, along wind direction, rear at one or more air filtering assemblies 152,153,154, it is provided with the air inlet 155 of the air exchange system in this house, so that the air of inflow chamber 131 is after one or more air filtering assemblies 152,153,154 filter outdoor, the air exchange system in this house is entered, thus being the indoor supply fresh air in this house from this air inlet 155.
Nowadays the air ambient that haze is walked crosswise by this set air cleaning system is very applicable.The ventilation if resident family directly windows, can make the air pollution of outdoor flow into indoor, thus injuring the healthy of resident family.Adopt the air cleaning system of energy saving environmental protection house of the present utility model, it is possible to avoid the outer dirty air of suction chamber, be conducive to health.
Preferably, the bottom of inlet 124 connects water curtain pipe 125, and chamber 131 is stretched in the outlet of water curtain pipe 125, flows down so that being formed as water curtain from the rainwater of inlet 124 outflow through water curtain pipe 125, and flows into drip tray 126；First through hole is opened in the position corresponding with water curtain；Each air filtering assembly 152,153,154 is disposed on the rear of water curtain successively along wind direction, as shown in Figure 2.The position corresponding with water curtain of a sidewall 132 of chamber 131 it is opened in due to the first through hole, therefore, wind is blown in chamber 131 and blows to water curtain by the first fan 151 installed in the first through hole, the air that the first fan 151 is blown into the water flowed down with water curtain form is atomized, so that can pass through the filtration of this atomized water；Be atomized the air after water filtration sequentially pass through each air filtering assembly 152,153,154 improve one ground filter, after becoming cleaned air, flow into air exchange system air inlet 155.Visible, the setting of water curtain, make use of the existing device of rainwater utilization system, the detergent power of this air cleaning system can be improved when not increasing hardware cost further, thus improve the energy-conserving and environment-protective performance of this energy saving environmental protection house.
Preferably, air filtering assembly 152,153,154 is removeably positioned in chamber 131, for instance arrange in the way of inserted sheet, in order to user is replaced as required, increases and decreases, cleaning etc..
Further, this house also includes wind energy utilization system.With reference to Fig. 3,4, for two examples of wind energy utilization system.
In examples as shown in figure 3, wind energy utilization system includes construction of wind tunnel and the wind power generation plant 167 of formation in chamber 131.Wherein, construction of wind tunnel includes: be separately positioned on the air inlet on relative two sidewall 132,133 of chamber 131 and air outlet and the wind tunnel noumenon being connected between air inlet and air outlet.Wherein, air outlet place is provided with the second fan 161 and its wind direction for blow to outdoor from chamber 131；The second stable section 165 that wind tunnel noumenon includes the first constant stable section 163 of the diameter that is sequentially connected with from air inlet to air outlet direction, diameter is gradually little contraction section 164, diameter are constant and the gradually big diffuser 166 of diameter；First stable section 163 is provided with rectifier stack 162, for instance, honeycomb and/or damping screen；Wind power generation plant 167 is arranged on the junction of the second stable section 165 and diffuser 166, and its electric power exports combining inverter.
Rectifier stack 162 flow into the air-flow of wind tunnel noumenon obtain combing with and even, contraction section 164 makes air-flow be accelerated, and in the second stable section 165, form that flow direction is consistent, the uniform steady air flow of speed, thus promoting wind power generation plant 167 to generate electricity, and by its power transmission to combining inverter, it is commonly fed the using electricity system to this house or the electric power system of region, house with the electric power of optical energy power.
Fig. 4 show another example.With example shown in Fig. 3 the difference is that, the construction of wind tunnel in this example is provided with three fan 168 and its wind direction for blow to chamber 131 outdoor in air inlet, so that being more readily formed high velocity air, thus being more conducive to wind-power electricity generation.It should be noted that the three fan 168 in Fig. 4 is owing to being arranged on the back side of this energy saving environmental protection house, therefore not shown in Fig. 1 or Fig. 5.
Fig. 5,6 it show tier building of the present utility model.This tier building is actual is the energy saving environmental protection house of multilamellar.In this tier building, it is possible to be that above-mentioned energy saving environmental protection house is to reach the effect of energy-conserving and environment-protective by its at least one storey setting.
Especially, as it is shown in figure 5, the structure on the roof of the energy saving environmental protection house of top layer is identical with the structure on the roof of above-mentioned energy saving environmental protection house, but not the structure on the roof of the floor of top layer is slightly distinguished.Difference part described in detail below.
As shown in Figure 5, an outer surface part 211 for the laterally projecting body of wall in the upper floors being adjacent in roof of the energy saving environmental protection house of lower floor, the photovoltaic module 111 of the energy saving environmental protection house of lower floor and water-collecting tray 121 may be contained within the part 211 of the body of wall protruding from upper floors on its roof.
In tier building of the present utility model, other 26S Proteasome Structure and Function of the energy saving environmental protection house of each floor is identical with the 26S Proteasome Structure and Function of the aforesaid energy saving environmental protection house of description, repeats no more herein.
Energy saving environmental protection house of the present utility model and tier building, luminous energy can be made full use of and wind energy carries out generating electricity house and electrical network are powered, and be provided with air cleaning system and effectively improve room air, additionally it is possible to the waste water that rainwater and house produce is carried out purification and becomes recycled water with further use.
Above detailed description of the invention is only illustrative embodiments of the present utility model, it is impossible to being used for limiting this utility model, protection domain of the present utility model is defined by the claims.This utility model in essence of the present utility model and protection domain, can be made various amendment or equivalent replacement by those skilled in the art, and these are revised or be equal to replacement and also should be regarded as dropping in protection domain of the present utility model.
Claims (10)
1. an energy saving environmental protection house, it is characterized in that, including light-use system, it includes the photovoltaic module on the end face on outside and/or the roof being respectively arranged at the body of wall in described house, and the combining inverter being connected with described photovoltaic module, using electricity system and the electric power system of region, described house in the outfan of described combining inverter and described house are all connected with, described combining inverter is configured that when the maximum power that the power consumption of described using electricity system exports less than described combining inverter, the electric energy that described using electricity system does not consume is supplied to described electric power system；Otherwise, the electric energy of output is all supplied to described using electricity system.
2. energy saving environmental protection house according to claim 1, it is characterised in that described house also includes daylighting shading system, the body of wall in described house offers daylighting region, is slidably provided with multiple light-passing board and photovoltaic module in described daylighting region.
3. energy saving environmental protection house according to claim 1, it is characterised in that described house also includes rainwater utilization system, comprising:
Be arranged on described house roof end face on the water-collecting tray for collecting rainwater；
The bottom of described water-collecting tray is provided with downward-sloping ramp structure, and the bottom of described ramp structure is provided with inlet, so that the rainwater collected flows to described inlet along described ramp structure；
Described inlet be provided above water purification material, the bottom of described inlet passes into the chamber that described roof is internally formed, so that flowing into described chamber through described inlet after flowing to the purification of the rainwater of the described inlet water purification material above described inlet；
Described chamber is interior, be positioned at the lower section of the outlet of described inlet, is provided with the drip tray of the rainwater flowed out from described inlet for access, is provided with water purification material in described drip tray；
Described drip tray is additionally provided with outlet, and it is connected to the water system in described house, so that the rainwater flowing into described drip tray flows into described water system from described outlet after the purification of the water purification material in described drip tray, for described house water.
4. energy saving environmental protection house according to claim 3, it is characterized in that, in described drip tray, direction along the position flowed into from described rainwater to the position of described outlet, it is disposed with multiple water purification region, it is each provided with one or more water purification materials, so that the rainwater flowing into described drip tray flows into described water system from described outlet successively after the purification of one or more water purification materials in each described water purification region in each described water purification region.
5. energy saving environmental protection house according to claim 3, it is characterized in that, described house also includes sewage recovering system, it includes waste water upper hose, the bottom connection drain pipe in described house of described waste water upper hose, top extend to the top of described water-collecting tray, and the waste water being used for producing described house water is through water-collecting tray described in described waste water upper hose suction.
6. energy saving environmental protection house according to claim 3, it is characterised in that described house also includes air cleaning system,
One sidewall of described chamber offers the first through hole, and described first through hole connects the outdoor of described house and described chamber；
Being provided with the first fan in described first through hole, the wind direction of described first fan is for blowing to described chamber outdoor, so that the air of outdoor flows into described chamber；
In described chamber, it is disposed with one or more air filtering assembly along described wind direction；
In described chamber, along described wind direction, rear at the one or more air filtering assembly, it is provided with the air inlet of the air exchange system in described house, so that the air flowing into chamber outdoor enters described air exchange system from described air inlet after the one or more air filtering assembly filters, thus being the indoor supply fresh air in described house.
7. energy saving environmental protection house according to claim 6, it is characterised in that
The bottom of described inlet connects water curtain pipe, and described chamber is stretched in the outlet of described water curtain pipe, so that the rainwater flowed out from described inlet flows down through the tubular water curtain that becomes of described water curtain, and flows into described drip tray；
Described first through hole is opened in the position corresponding with described water curtain；
Each described air filtering assembly is disposed on the rear of described water curtain successively along described wind direction；And
Described air filtering assembly is removeably positioned in described chamber.
8. energy saving environmental protection house according to claim 1, it is characterised in that described roof be internally formed chamber, described house also includes wind energy utilization system, it include in described chamber formed construction of wind tunnel and wind power generation plant, wherein,
Described construction of wind tunnel includes: is separately positioned on the air inlet on relative two sidewall of described chamber and air outlet and is connected to the wind tunnel noumenon between described air inlet and air outlet, wherein,
Described air outlet is provided with the second fan and its wind direction for blow to outdoor from described chamber,
The second stable section that the first stable section that diameter that described wind tunnel noumenon is sequentially connected with from described air inlet to described air outlet direction is constant, the contraction section that diameter is gradually little, diameter are constant and the gradually big diffuser of diameter, be provided with rectifier stack in described first stable section；
Described wind power generation plant is arranged on the junction of described second stable section and described diffuser, and its electric power exports described combining inverter.
9. energy saving environmental protection house according to claim 1, it is characterised in that described electric power system includes the electric power system to personal user near the mains-supplied system of region, described house and region, described house.
10. a tier building, it is characterized in that, its at least one floor is the energy saving environmental protection house described in claim 3, an outer surface part for the laterally projecting body of wall in the upper floors being adjacent in roof of the energy saving environmental protection house of lower floor, the described photovoltaic module of the energy saving environmental protection house of described lower floor and described water-collecting tray may be contained within the part of the body of wall protruding from upper floors on its roof.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201620082646.3U CN205369984U (en) | 2016-01-27 | 2016-01-27 | Energy -concerving and environment -protective house and multi -storey building |
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| CN201620082646.3U CN205369984U (en) | 2016-01-27 | 2016-01-27 | Energy -concerving and environment -protective house and multi -storey building |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106936376A (en) * | 2017-03-07 | 2017-07-07 | 山东基舜节能建材有限公司 | Wind-resistance solar photovoltaic house and its wind resistance method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106936376A (en) * | 2017-03-07 | 2017-07-07 | 山东基舜节能建材有限公司 | Wind-resistance solar photovoltaic house and its wind resistance method |
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