CN201065580Y

CN201065580Y - Solar-energy generation house

Info

Publication number: CN201065580Y
Application number: CNU2007200225392U
Authority: CN
Inventors: 王玉忠
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-05-22
Filing date: 2007-05-22
Publication date: 2008-05-28
Anticipated expiration: 2017-05-22

Abstract

The utility model discloses a solar power generation house, which comprises a house body. An air cavity is arranged in the wall of the house body, a glass cover is arranged on the cornice of the house body, the glass cover and the roof form an evaporation cavity, the evaporation cavity is communicated with the air cavity, a water storage tank is arranged in the evaporation cavity, a water pipe is also arranged in the evaporation cavity, a plurality of fine pores are arranged on the side wall of the water pipe, the lower end of the water pipe is arranged in the water storage tank, a plurality of evaporation boxes are arranged on the circumference of the water pipe, spongy bodies are arranged in the evaporation boxes, a water feeding tank is arranged in the evaporation cavity, and connected with a water feeding pipe and one end of a water delivery pipe, the other end of the water delivery pipe is connected with the water storage tank, a turbine is arranged in the air discharging opening of the evaporation cavity, an air inlet opening is added on the wall, and communicated with the air cavity. The utility model can fully utilize the rich solar energy in the summer to transform the solar energy into the momentum of the flowing of the air, and enable a large amount of rising air current to be generated in the wall of the house, the rising air current drives the turbine at the top of the house to rotate to generate electric power, so as to share partial electrical energy consumption of the house inhabitant and relieve the load of the power network.

Description

The solar electrical energy generation house

Technical field

The utility model relates to a kind of solar electrical energy generation that can utilize for the house that resident family uses, and particularly relates to a kind of solar electrical energy generation house.

Background technology

At present, the whole world is being faced with the severe problem of lack of energy, the energy scarcity phenomenon is embodied in the every aspect of people's life, the daily life electricity consumption occupies bigger ratio in the energy consumption of entire society, especially in summer, household electricity can reach the peak value in a year, this moment, household electricity can bring huge burden to whole electric power system, make electrical network be difficult to bear, therefore, people wish that house itself can pass through other renewable energy power generations, to share the part power consumption of resident family, but existing all kinds of houses all can't satisfy people's above-mentioned requirements.

Summary of the invention

The purpose of this utility model, provided a kind of solar electrical energy generation house, it can make full use of abundant solar energy in summer, with conversion of solar energy is the power that air flows, make a large amount of ascending air of the interior generation of body of wall in house, the turbine that ascending air drives the top, house rotates generating, shares house resident family part power consumption thereby can reach, and alleviates the purpose of network load.

The utility model is achieved through the following technical solutions: the solar electrical energy generation house comprises the room body, be provided with air cavity in the body of wall of room body, cloche is installed at the cornice place of room body, constitute evaporation cavity between cloche and roof, evaporation cavity communicates with air cavity, storage tank is installed in the evaporation cavity, water pipe is installed in the evaporation cavity, the sidewall of water pipe is provided with a plurality of pores, and the lower end of water pipe is installed in the storage tank, and the periphery of water pipe is installed a plurality of evaporation boxes, cavernous body is installed in the evaporation box, install water tank in the evaporation cavity, last water tank is connected with upper hose, and last water tank is connected with an end of water-supply-pipe, the other end of water-supply-pipe is connected with storage tank, turbine is installed in the exhaust opening of evaporation cavity, is offered air inlet port on the body of wall, air inlet port communicates with air cavity.

For further realizing the purpose of this utility model, can also realize by the following technical solutions: be provided with water storage cavity in the evaporation box, water pump is installed in the storage tank, water pump is connected with the lower end of feed pipe, the sidewall of feed pipe is provided with arm, and arm is connected with the water storage cavity of evaporation box and communicates.Gripper shoe is installed in the bottom of evaporation box, and parallel longitudinal is installed many shaped steel on the roof of room body, and shaped steel is connected with gripper shoe.Wall outer side is installed eaves gutter, eaves gutter and leader, and the upper end links to each other, and the lower end of leader is connected with gutter, and collection pipe is installed in the air cavity bottom, and collection pipe is connected with leader.Glass sock is installed in the exhaust opening, and the front end of glass sock stretches out outside the exhaust opening, and turbine is installed in the glass sock.

Good effect of the present utility model is: it is equipped with the cavernous body suction vaporising device that is made of storage tank, water pipe, water storage case and cavernous body, this device can utilize solar energy the water in the sponge to be converted into the steam of rising, thereby make the ascending air that forms HTHP in the evaporation cavity, ascending air drives turbine generation and uses for resident family, therefore, it can effectively solve the big problem of electric power system load in summer now, saves resident family's electricity charge spending in summer simultaneously.Advantage simple for structure, cheap, comfortable environment-protection that the utility model also has.

Description of drawings

Fig. 1 is a structural representation of the present utility model; Fig. 2 is the local enlarged diagram of Fig. 1; Fig. 3 is the local structure for amplifying schematic diagram of Fig. 2.

1-cloche among the figure, the 2-evaporation box, the 3-gutter, the 4-cavernous body, the 5-feed pipe, the 6-water pipe, the 7-water-supply-pipe, the 8-storage tank, the 9-water pump, the 10-glass sock, the 11-eaves gutter, the 12-leader, the 13-exterior wall, the 14-interior wall, the 15-roof, the 16-exhaust opening, the 17-turbine, the 18-air inlet port, 19-shaped steel, the outer roof of 20-, the 21-collection pipe, 22-room body, the 23-upper hose, the 24-air cavity, the 25-gripper shoe, the 26-evaporation cavity, the last water tank of 27-, the 28-water storage cavity, the 29-pore, the 30-arm.

The specific embodiment

Solar electrical energy generation described in the utility model house comprises room body 22, be provided with air cavity 24 in the body of wall of room body 22, air cavity 24 is divided into interior wall 14 and exterior wall 13 with body of wall, the cornice place of room body 22 is provided with cloche 1, cloche 1 can be made of double-layer glass, 15 on cloche 1 and roof constitute evaporation cavity 26, and evaporation cavity 26 communicates with air cavity 24.Cloche 1 can cover whole roof 15, and steam cavity 26 is connected with roof 15 by cloche 1 fully and surrounds in this scheme; Cloche 1 also can be connected one with outer roof 20, and is connected with roof 15 and surrounds evaporation cavity 26.Storage tank 8 is installed in the evaporation cavity 26, water pipe 6 is installed in the evaporation cavity 26, the sidewall of water pipe 6 is provided with a plurality of pores 29, the lower end of water pipe 6 is installed in the storage tank 8, and a plurality of evaporation boxes 2 can be installed on the water pipe 6, is provided with water storage cavity 28 in the evaporation box 2, cavernous body 4 is installed in the evaporation box 2, be that a plurality of evaporation boxes 2 are series on the same water pipe 6, as Fig. 2, shown in Figure 3, water pipe 6 passes the water storage cavity 28 of each evaporation box 2 successively.Install water tank 27 in the evaporation cavity 26, last water tank 27 is connected with upper hose 23, and last water tank 27 is connected with an end of water-supply-pipe 7, and the other end of water-supply-pipe 7 is connected with storage tank 8.Turbine 17 is installed at exhaust opening 16 places of evaporation cavity 26.Water pump 9 is installed in the storage tank 8, and water pump 9 is connected with the lower end of feed pipe 5, and the sidewall of feed pipe 5 is provided with arm 30, and arm 30 is connected with evaporation box 2 and communicates with the water storage cavity 28 of evaporation box 2.Gripper shoe 25 is installed in the bottom of evaporation box 2, and parallel longitudinal is installed many shaped steel 19 on the roof 15 of room body 22, and shaped steel 19 is connected with gripper shoe 25.Shaped steel 19 can be " C " shaped steel.Shaped steel 19 is vertical arrangement on roof 15, promptly the direction of shaped steel 19 15 incline direction or flowing water along the roof is installed.Offer air inlet port 18 on the body of wall, air inlet port 18 communicates with air cavity 24.Glass sock 10 is installed in the exhaust opening 16, and the front end of glass sock 10 stretches out outside the exhaust opening 16, and turbine 17 is installed in the glass sock 10.The room body 22 in house described in the utility model can be an one-storey house, also can be building.Wall outer side is installed eaves gutter 11, eaves gutter 11 and leader 12, the upper end links to each other and communicates, the lower end of leader 12 is connected with gutter 3 and communicates, collection pipe 21 is installed in air cavity 24 bottoms, collection pipe 21 is connected with leader 12 and communicates, eaves gutter 11, the drainage system that leader 12 and gutter 3 constitute, remove the rainwater that gathers that is used for excretion room roof portion, also can be used for arranging the condensed water in the steam cavity 26, steam in steam cavity 26 is not in time discharged and after the regelation, condensed water can be successively through steam cavity 26, air cavity 24 flows in the collection pipe 21, import in the leader 12 by collection pipe 21 again, finally discharge room body 22, thereby can prevent that the condensed water in the steam cavity 26 from accumulating in damage main house body in the body of wall by gutter 3.

When the utility model used, with in the water tank 27 in the water suction, the water in the last water tank 27 were in water-supply-pipe 7 input storage tanks 8 by upper hose 23 in elder generation; Water pipe 6 can be the capillary syphon, water under the irradiation of sunlight in the cavernous body 4 constantly evaporates upwards on the one hand, make the evaporation cavity 26 interior negative pressure that form of room body 22, thereby the effect that the heat of room body 22 plays radiating and cooling is taken away in the 17 rotation generatings of formation ascending air drive turbine, while ascending air; The device of cavernous body 4, water pipe 6 formations is used for constantly moisturizing in cavernous body 4 with upwards suction of the water in the storage tank 8 on the other hand, and to guarantee the lasting generation of steam, the mobile and evaporation process of above-mentioned water is a rising principle of having utilized plants such as trees.Cavernous body 4 can also be had than the material of strong water-absorbing-retaining ability by other structure porous to be made.

Electricity generating principle of the present utility model: the water in the cavernous body 4 is shining upon evaporation rising down, and discharge by exhaust opening 16 places of evaporation cavity 26, make the evaporation cavity 26 interior negative pressure that form produce suction, thereby form strong ascending air, turbine 17 is installed in the exhaust opening 16, when the steam air-flow that rises is discharged by exhaust opening 16, can promote turbine 17 work generatings, use with electric consumption for the house illumination of resident family or for other.

The technical solution of the utility model is not restricted in the scope of embodiment described in the utility model.The utility model not technology contents of detailed description is known technology.

Claims

1. solar electrical energy generation house, comprise room body (22), it is characterized in that: be provided with air cavity (24) in the body of wall of room body (22), cloche (1) is installed at the cornice place of room body (22), constitute evaporation cavity (26) between cloche (1) and roof (15), evaporation cavity (26) communicates with air cavity (24), storage tank (8) is installed in the evaporation cavity (26), water pipe (6) is installed in the evaporation cavity (26), the sidewall of water pipe (6) is provided with a plurality of pores (29), the lower end of water pipe (6) is installed in the storage tank (8), the periphery of water pipe (6) is installed a plurality of evaporation boxes (2), and cavernous body (4) is installed in the evaporation box (2), installs water tank (27) in the evaporation cavity (26), last water tank (27) is connected with upper hose (23), last water tank (27) is connected with an end of water-supply-pipe (7), and the other end of water-supply-pipe (7) is connected with storage tank (8), and turbine (17) is installed in the exhaust opening (16) of evaporation cavity (26), offer air inlet port (18) on the body of wall, air inlet port (18) communicates with air cavity (24).

2. solar electrical energy generation according to claim 1 house is characterized in that: be provided with water storage cavity (28) in the evaporation box (2).

3. solar electrical energy generation according to claim 2 house, it is characterized in that: water pump (9) is installed in the storage tank (8), water pump (9) is connected with the lower end of feed pipe (5), the sidewall of feed pipe (5) is provided with arm (30), and arm (30) is connected with the water storage cavity (28) of evaporation box (2) and communicates.

4. according to each the described solar electrical energy generation house in the claim 1,2 or 3, it is characterized in that: gripper shoe (25) is installed in the bottom of evaporation box (2), the roof (15) of room body (22) is gone up parallel longitudinal many shaped steel (19) is installed, and shaped steel (19) is connected with gripper shoe (25).

5. solar electrical energy generation according to claim 4 house, it is characterized in that: wall outer side is installed eaves gutter (11), eaves gutter (11) and leader (12), the upper end links to each other, the lower end of leader (12) is connected with gutter (3), collection pipe (21) is installed in air cavity (24) bottom, and collection pipe (21) is connected with leader (12).

6. solar electrical energy generation according to claim 5 house is characterized in that: glass sock (10) is installed in the exhaust opening (16), and the front end of glass sock (10) stretches out outside the exhaust opening (16), and turbine (17) is installed in the glass sock (10).

7. according to each the described solar electrical energy generation house in the claim 1,2 or 3, it is characterized in that: wall outer side is installed eaves gutter (11), eaves gutter (11) and leader (12), the upper end links to each other, the lower end of leader (12) is connected with gutter (3), collection pipe (21) is installed in air cavity (24) bottom, and collection pipe (21) is connected with leader (12).

8. according to each the described solar electrical energy generation house in the claim 1,2 or 3, it is characterized in that: glass sock (10) is installed in the exhaust opening (16), and the front end of glass sock (10) stretches out outside the exhaust opening (16), and turbine (17) is installed in the glass sock (10).