CN201218633Y

CN201218633Y - Solar energy-accumulation and energy-exchange dual-effect air conditioner

Info

Publication number: CN201218633Y
Application number: CNU2008201109105U
Authority: CN
Inventors: 廉东根
Original assignee: 廉东根
Current assignee: Beijing Chen Guolian Trading Group
Priority date: 2008-04-29
Filing date: 2008-04-29
Publication date: 2009-04-08
Anticipated expiration: 2018-04-29

Abstract

An air conditioning with double effects including solar energy storage and conversion comprises a solar energy receiving plate, a condenser, an air conditioning evaporator, a refrigerating chamber, a fresh-keeping chamber and an energy-storing ondol condenser which are connected through a media transmitting pipe in sequence. The solar energy and the atmospheric energy are stored and converted into the energy used for heating and refrigerating with a small amount of electrical energy, thus the comprehensive benefit of the solar energy storing and converting air conditioning is increased by two times compared with that of the prior energy converting air conditioning, and with the energy efficiency ratio of 1: 6, the economic benefit is two times that of the prior energy converting air conditioning. The solar energy storing and converting air conditioning is suitable for being used in the countryside and the ordinary residential houses for heating, heating ondol and water, refrigerating and keeping fresh and achieves the purposes of saving energy, improving efficiency and using the converted energy for heating and refrigerating. The solar energy storing and converting air conditioning can be installed on site according to geographical conditions and functions required by the user.

Description

Solar energy storage transducing economic benefits and social benefits are answered aircondition

Affiliated technical field

The utility model relates to Application of Solar Energy technology and energy storage, and the aircondition field is answered in the transducing double cross.

Background technology

At present, nearly all there are its users in the air conditioner whole world, whole world climate warms people to Various Seasonal, environmental change also should be with variation, air-conditioning plays an important role in saving energy, lowering energy consumption and reducing pollutants discharge, but existing all air conditioners all have a big disadvantage, that is: when heating, the cold energy that produces is discharged into the space through unit and goes to be gone for ever, to all be discharged in the air with the heat energy of homenergic again during refrigeration and go, due for this reason two energy of planting, only utilized 1/2 this be incomplete result on the prior art, power consumption is big, and the function singleness utilization rate is low.

Summary of the invention

Further energy-conservation in order to overcome existing air conditioner, effectively utilize the energy of existing discharging, the utility model provides a kind of solar energy storage, and the transducing economic benefits and social benefits are answered aircondition, this device can effectively improve the above-mentioned weak point of existing air conditioner, and has increased its function.

The utility model solves the scheme that its technical problem takes: the solar energy heating mouth is arranged at outdoor at sunlight or do not have that get in the air flow of sunlight can, to freeze, heat facility through medium pipeline again connects one by one and reaches two kinds of energy and produce simultaneously and reach energy-conservation transducing, one can use more, the purpose of multifunctional usage.

The beneficial effects of the utility model are, have the function of the hot water of producing, heating, hot a heatable brick bed, freezing, fresh-keeping summer room temperature lowering.

Description of drawings

Below in conjunction with drawings and Examples the utility model is further specified.

Fig. 1 is the utility model scheme of installation.

Fig. 2 is the utility model sectional side view.

Fig. 3 is the utility model electrical control figure.

Fig. 4 is the utility model medium conductive loop figure.

Fig. 5 is the utility model main frame and refrigerating chamber front layout drawing.

Fig. 6 the utility model hot water reservoir front elevational view.

Fig. 7 the utility model main frame and part left side sectional view.

Fig. 8 the utility model solar thermal collector, structure chart.

The left side sectional structure chart of Fig. 9 the utility model solar thermal collector.

Among the figure, 1, A/C evaporator, 2, mainframe box, 3, household freezer, 4, kitchen countertop, 5, antistaling box, 6, control valve, 7, solar thermal collector, 8, ventilator, 9, medium tube, 10, the refrigeration control valve, 11, capillary, 12, filter, 13, radiator, 14, high pressure gauge, 15, low-pressure meter, 16, switch, 17, signal red light, 18, green signal light, 19, ground a heatable brick bed condenser, 20, ground a heatable brick bed heat-insulation layer, 21, separator, 22, compressor, 23, reservoir, 24, refrigerating evaporator, 25, power supply, 26, fuse, 27, switch, 28, ammeter, 29, starter, 30, compressor, 31, voltmeter, 32, control valve, 33, ground a heatable brick bed control valve, 34, the hot water control valve, 35, pressure controller, 36, boiler, 37, the hot water condenser, 38, the dewatering outlet, 39, sewage draining exit, 40, exhaust outlet, 41, water inlet, 42, heat collector extinction face, 43, solar still, 44, glass, 45, warming plate, 46, blower fan, 47, the household freezer heat-insulation layer, 48, boiler, heat-insulation layer.

The specific embodiment

Compressor 22 connects reservoir 23 in Fig. 4, reservoir 23 other ends are respectively with ground a heatable brick bed control valve 33, the 34 1 end parallel connections of hot water control valve, the other end connects ground a heatable brick bed condenser 19 respectively, hot water condenser 37 1 ends, the other end and connect the back connect with radiator 13 1 ends, the radiator other end connects with filter 12 1 ends, the filter other end connects with control valve 32, control valve 32 other ends series connection capillary 11, capillary 11 other ends household freezer evaporimeter in parallel 24 A/C evaporators 1, refrigerating evaporator 24 other ends link to each other with solar still 43 1 ends, the other end inserts low-pressure meter 15, pressure controller 35 1 ends, and access separator 21 1 ends, the other end of separator other end access compressor valve connects an end of solar energy heating evaporimeter 7 again, and the other end of pressure controller 35 connects with compressor 22.

Now further talk and state embodiment of the present utility model in conjunction with Fig. 3, Fig. 4.

And red led 18 is lighted when breakdown closes 27, compressor 30 obtains voltage and starts working, at this moment, medium in the pipeline is compressed by reservoir 23, through

control valve

33,34 respectively through superheated water condenser 37, the medium that ground a heatable brick bed condenser 19 is inwardly emitted after a large amount of heat energy heat releases passes through filter 12 again through control valve 32, capillary 11, to refrigerating evaporator 24, put cold air and then put cold this moment through solar thermal collector evaporimeter 43, absorbing sunshine and gas flow temperature heats up, by medium in the pipeline middle temperature medium is sucked back so circulation in the compressor, be solar energy medium conducting system.When the indoor refrigeration of needs, air-conditioning control valve 10 can be opened, at this moment, promptly there is cold air to put cold cold air of emitting in the A/C evaporator 1 and blows out promptly to the indoor cold air of putting by blower fan 46.

Work when the utility model has sunlight, no sunlight temperature also can be worked in time more than 0 ℃, could work but must open ventilating opening 8.

Claims

1. solar energy storage transducing economic benefits and social benefits are answered aircondition, compressor, reservoir, the hot water control valve, the hot water condenser, ground a heatable brick bed control valve, ground a heatable brick bed condenser, radiator, control valve, capillary, refrigerating evaporator, A/C evaporator, the air-conditioning control valve, solar thermal collector, pressure controller, high pressure gauge, low-pressure meter, separator connects by the road successively, it is characterized in that, ground a heatable brick bed condenser is with after the hot water condenser respectively is connected in series control valve, insert in the loop, the evaporimeter of household freezer with A/C evaporator through and connect after, be series at solar thermal collector, A/C evaporator is controlled its operating mode by valve.

2. according to claim 1, the solar energy storage transducing, economic benefits and social benefits are answered aircondition, it is characterized in that, and solar thermal collector is the facility with a pass ventilating opening, and is ad hoc to cooperate varying environment.