CN207708542U - A kind of single-effect concentrator solar heat collector - Google Patents

Abstract

The utility model discloses a kind of single-effect concentrator solar heat collectors, including inspissator main body, heating tank and solar panel, it is provided with solar energy heat collection pipe and solar panel on the solar panel, the output end of the solar energy heat collection pipe is connected with thermal-arrest tank by heating tube, bottom is arranged in heating tank by accumulator in the output end of the solar panel, electric boiling plate is electrically connected with by the output end of accumulator inside the heating tank, the top of the thermal-arrest tank is connected by efferent duct and inspissator body interior, the top of the heating tank is connected by vapour-discharge tube and inspissator body interior.The single-effect concentrator solar heat collector has and saves the electric energy that inspissator consumes liquid concentration, and energy saving advantage, it is to realize heating by being passed through vapor to solve traditional single-effect concentrator, and the energy of consumption is more, not energy-efficient problem.

Description

A kind of single-effect concentrator solar heat collector

Technical field

The utility model is related to single-effect concentrator technical field, specially a kind of single-effect concentrator solar heat collector.

Background technology

The equipment being presently used in pharmacy concentration technology has single-action, two effects, Three-effect concentration device etc., two effects, Three-effect concentration device It is the combination of single-effect concentrator, the capital equipment of single-effect concentrator is heating room, vaporization chamber.Traditional single-effect concentrator is to pass through Vapor is passed through to realize heating, the energy of consumption is more, not energy-efficient, is unfavorable for environmental protection.

Utility model content

The purpose of this utility model is to provide a kind of single-effect concentrator solar heat collector, has and save inspissator pair The electric energy that liquid concentration is consumed, energy saving advantage, solve traditional single-effect concentrator be by be passed through vapor come Realize heating, the energy of consumption is more, not energy-efficient problem.

To achieve the above object, the utility model provides the following technical solutions：A kind of single-effect concentrator solar energy heating dress Set, including inspissator main body, heating tank and solar panel, be provided on the solar panel solar energy heat collection pipe and The output end of solar panel, the solar energy heat collection pipe is connected with thermal-arrest tank, the solar panel by heating tube Output end bottom is arranged in heating tank by accumulator, be electrically connected by the output end of accumulator inside the heating tank There are electric boiling plate, the top of the thermal-arrest tank to be connected by efferent duct and inspissator body interior, the top of the heating tank Portion is connected by vapour-discharge tube and inspissator body interior.

Preferably, the end of the heating tube is connected with compression pump, and by being connected inside compression pump and thermal-arrest tank. Compression pump is delivered to by the solar thermal energy that heating tube acquires solar energy heat collection pipe inside thermal-arrest tank, is noted after being compressed to hot-air Enter inside thermal-arrest tank, improves amount of the thermal-arrest tank to heat collection.

Preferably, it is both provided with temperature sensor inside the thermal-arrest tank and heating tank, and is connected by temperature sensor There are temperature display, the temperature display to be separately mounted to the top of thermal-arrest tank and heating tank.Temperature sensor is to thermal-arrest tank With the temperature detection inside heating tank, and temperature data is transmitted to temperature display, facilitated according to inspissator body interior pair Liquid injects the selection of heat concentrated liquid by heating tank or thermal-arrest tank heat supply, improves the convenience that the present apparatus uses.

Preferably, the end of the efferent duct and vapour-discharge tube is connected with output seat, the inspissator body interior pair The output end that seat should be exported is provided with heat conducting pipe, the U-shaped setting of heat conducting pipe.In the thermal-arrest tank that heat conducting pipe exports efferent duct Thermogenetic hot steam is added to be accepted by the steam that vapour-discharge tube is discharged liquid inside the heat or heating tank in portion, it is right The liquid thermal conductivity of inspissator body interior concentrates.

Preferably, the end that the inspissator main body corresponds to heat conducting pipe is connected with condenser, and the lower section for passing through condenser It is connected with submerged soil by outlet pipe.The heat that efferent duct and vapour-discharge tube is discharged in heat conducting pipe is accepted in inspissator main body Portion's heat supply is delivered to after heat supply inside condenser, is in water to gas condensation derived from heat conducting pipe by condenser, and pass through water outlet Pipe is delivered to inside submerged soil.

Compared with prior art, the beneficial effects of the utility model are as follows：

1, the utility model on solar panel by being arranged solar heat-collection plate and solar panel, solar energy Thermal-collecting tube is delivered to solar energy heating and by heating tube inside thermal-arrest tank, is stored to solar energy, solar panel Solar thermal energy is accepted and is converted to electric energy and is stored into internal storage battery, needs to operate liquid concentration in inspissator body interior When, thermal-arrest tank by efferent duct to inspissator body interior heat supply heat liquid to liquid concentration, the heat inside thermal-arrest tank When temperature deficiency, electricity is provided to the electric boiling plate inside heating tank by accumulator, electric boiling plate is to the liquid inside heating tank Body heating generates hot steam, and hot steam is discharged into inspissator body interior by vapour-discharge tube, to inspissator body interior liquid It is heated by hot steam, reduces the cost operated to inspissator body interior liquid concentration.

2, heat conduction is arranged by corresponding to the end of efferent duct and vapour-discharge tube in inspissator body interior in the utility model It manages, thermogenetic hot steam is added to liquid inside the heat or heating tank inside thermal-arrest tank that heat conducting pipe exports efferent duct It is accepted by the steam that vapour-discharge tube is discharged, the liquid thermal conductivity of inspissator body interior is concentrated.

Description of the drawings

Fig. 1 is the utility model overall structure diagram；

Fig. 2 is the utility model solar panel structural schematic diagram.

In figure：1 inspissator main body；11 solar energy heating shops；12 solar panels；121 accumulators；13 thermal-arrest tanks；131 Heating tube；132 efferent ducts；133 compression pumps；2 heating tanks；21 electric boiling plates；22 vapour-discharge tubes；23 temperature sensors；231 temperature Spend display screen；3 solar panels；31 output seats；32 heat conducting pipes；33 condensers；331 outlet pipes；332 submerged soils.

Specific implementation mode

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work The every other embodiment obtained, shall fall within the protection scope of the present invention.

Please refer to Fig.1-2, a kind of single-effect concentrator solar heat collector, including inspissator main body 1, heating tank 2 and too It is positive can receiver board 3, be provided with solar energy heat collection pipe 11 and solar panel 12, the sun on the solar panel 3 The output end of energy thermal-collecting tube 11 is connected with thermal-arrest tank 13 by heating tube 131, and the output end of the solar panel 12 passes through Bottom is arranged in heating tank 2 in accumulator 121, is electrically connected with electricity by the output end of accumulator 121 inside the heating tank 2 Heating plate 21, the top of the thermal-arrest tank 13 inside efferent duct 132 and inspissator main body 1 by being connected, the heating tank 2 Top by being connected inside vapour-discharge tube 22 and inspissator main body 1.The end of the heating tube 131 is connected with compression Pump 133, and by being connected inside compression pump 133 and thermal-arrest tank 13.Compression pump 133 is by heating tube 131 to solar energy collection The solar thermal energy that heat pipe 11 acquires is delivered to inside thermal-arrest tank 13, after being compressed to hot-air inside injection thermal-arrest tank 13, improves collection Amount of the hot tank 13 to heat collection.It is both provided with temperature sensor 23 inside the thermal-arrest tank 13 and heating tank 2, and passes through temperature Sensor 23 is connected with temperature display 231, and the temperature display 231 is separately mounted to the top of thermal-arrest tank 13 and heating tank 2 Portion.Temperature data is transmitted to temperature display by temperature sensor 23 to the temperature detection inside thermal-arrest tank 13 and heating tank 2 231, facilitate and heating tank 2 or thermal-arrest tank 13 are passed through to liquid injection heat concentrated liquid selection according to inside inspissator main body 1 Heat supply improves the convenience that the present apparatus uses.The end of the efferent duct 132 and vapour-discharge tube 22 is connected with output seat 31, The output end of the corresponding output seat 31 in 1 inside of the inspissator main body is provided with heat conducting pipe 32,32 U-shaped setting of the heat conducting pipe. Thermogenetic heat is added to liquid inside the heat or heating tank 2 that heat conducting pipe 32 exports efferent duct 132 inside thermal-arrest tank 13 Steam is accepted by the steam that vapour-discharge tube 22 is discharged, and is concentrated to the liquid thermal conductivity inside inspissator main body 1.The inspissator The end that main body 1 corresponds to heat conducting pipe 32 is connected with condenser 33, and is connected with by outlet pipe 331 by the lower section of condenser 33 Submerged soil 332.The heat that efferent duct 132 and vapour-discharge tube 22 is discharged in heat conducting pipe 32, which is accepted, supplies 1 inside of inspissator main body Heat is delivered to after heat supply inside condenser 33, is in water to gas condensation derived from heat conducting pipe 32 by condenser 33, and by going out Water pipe 331 is delivered to inside submerged soil 332.

In use, by the way that solar heat-collection plate 11 and solar panel 12, solar energy are arranged on solar panel 3 Thermal-collecting tube 11 is delivered to solar energy heating and by heating tube 131 inside thermal-arrest tank 13, is stored to solar energy, solar energy Power generation plate 12 accepts solar thermal energy and is converted to electric energy and stores into inside accumulator 121, is needed inside inspissator main body 1 pair When liquid concentration operates, thermal-arrest tank 13 heats liquid to liquid concentration by efferent duct 132 to the 1 inside heat supply of inspissator main body, When thermal temperature deficiency inside thermal-arrest tank 13, electricity is provided to the electric boiling plate 21 inside heating tank 2 by accumulator 121 Amount, electric boiling plate 21 generate hot steam to the liquid heating inside heating tank 2, and hot steam is discharged into concentration by vapour-discharge tube 22 Inside device main body 1,1 internal liquid of inspissator main body is heated by hot steam, the thermal-arrest that heat conducting pipe 32 exports efferent duct 132 The steaming that thermogenetic hot steam is discharged by vapour-discharge tube 22 is added to liquid inside heat or heating tank 2 inside tank 13 Vapour is accepted, and is concentrated to the liquid thermal conductivity inside inspissator main body 1.

In summary：The single-effect concentrator solar heat collector, by the way that solar energy collection is arranged on solar panel 3 Hot plate 11 and solar panel 12, solar energy heat collection pipe 11 are delivered to thermal-arrest tank to solar energy heating and by heating tube 131 Inside 13, solar energy is stored, solar panel 12 accepts solar thermal energy and is converted to electric energy and stores into accumulator Inside 121, when needing to operate liquid concentration inside inspissator main body 1, thermal-arrest tank 13 is by efferent duct 132 to inspissator master 1 inside heat supply of body heats liquid to liquid concentration, right by accumulator 121 when thermal temperature deficiency inside thermal-arrest tank 13 Electric boiling plate 21 inside heating tank 2 provides electricity, and electric boiling plate 21 generates hot steam to the liquid heating inside heating tank 2, Hot steam is discharged by vapour-discharge tube 22 inside inspissator main body 1, is added by hot steam to 1 internal liquid of inspissator main body Heat, it is to realize heating by being passed through vapor to solve traditional single-effect concentrator, and the energy of consumption is more, and not energy-efficient asks Topic.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is appreciated that can these embodiments be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaiied Change, replace and modification, the scope of the utility model are defined by the appended claims and the equivalents thereof.

Claims (5)

1. a kind of single-effect concentrator solar heat collector, including inspissator main body（1）, heating tank（2）And solar panel （3）, it is characterised in that：The solar panel（3）On be provided with solar energy heat collection pipe（11）And solar panel（12）, The solar energy heat collection pipe（11）Output end pass through heating tube（131）It is connected with thermal-arrest tank（13）, the solar panel （12）Output end pass through accumulator（121）It is arranged in heating tank（2）Interior bottom, the heating tank（2）Inside passes through accumulator （121）Output end be electrically connected with electric boiling plate（21）, the thermal-arrest tank（13）Top pass through efferent duct（132）With concentration Device main body（1）Inside is connected, the heating tank（2）Top pass through vapour-discharge tube（22）With inspissator main body（1）It is interior Portion is connected.

2. a kind of single-effect concentrator solar heat collector according to claim 1, it is characterised in that：The heating tube （131）End be connected with compression pump（133）, and pass through compression pump（133）With thermal-arrest tank（13）Inside is connected.

3. a kind of single-effect concentrator solar heat collector according to claim 1, it is characterised in that：The thermal-arrest tank （13）And heating tank（2）Inside is both provided with temperature sensor（23）, and pass through temperature sensor（23）It is connected with temperature display Screen（231）, the temperature display（231）It is separately mounted to thermal-arrest tank（13）And heating tank（2）Top.

4. a kind of single-effect concentrator solar heat collector according to claim 1, it is characterised in that：The efferent duct （132）And vapour-discharge tube（22）End be connected with output seat（31）, the inspissator main body（1）The corresponding output seat in inside （31）Output end be provided with heat conducting pipe（32）, the heat conducting pipe（32）U-shaped setting.

5. a kind of single-effect concentrator solar heat collector according to claim 4, it is characterised in that：The inspissator master Body（1）Corresponding heat conducting pipe（32）End be connected with condenser（33）, the condenser（33）Lower section pass through outlet pipe（331） It is connected with submerged soil（332）.