HIGH EFFICIENCY SOLAR THERMAL COLLECTOR HAVING FRAME AND ENERGY TRANSFER PATH PARALLEL STRUCTURE

摘要

The present invention is a frame structure,The high efficiency solar heat collecting apparatus parallel with Energy Corridor and method are related to framework and the efficient solar heat collecting apparatus,The method of energy transmission path is constituted parallel,The receiving thermal energy stream channel expansion temperature of opposite heat collecting effect is by combined energy circulation conduit because the inside for being further heated circulation and the gas of appearance heating suddenly by the long heat passage by an improved solar heat collecting apparatus air obtains a high melt energy from a solar collector in outer frame,One temperature sensor and temperature sensor controller and a temperature controller(Thermostat)One collecting energy port of delivery use/circulation inlet -- in order to provide a pair of of temperature change sensitive automatic open close structure relative to external air inlet,Adjustment room temperature is being warmed by the height that house heat exports by the external solar heat collecting apparatus provided in house. The high efficiency solar energy collecting device of framework and movement routine parallel organization 100 includes the transparency cover for transmiting sunlight; Most of solar radiation is collected in order to promote the corrugated panel of the black of internal temperature, is passed through transparency cover (100-1); Fresh air outside air, which enters collector and filtering dust and air filter as outside air inlet port flow, has a grid, grid (grid) structure blocks insect inlet entrance 108; From room 107, it includes a kind of material (cold air inlet) solar collector circulation inlet to the room for being oil-to-air heat exchanger that a high temperature of heat, it is heated in solar collector heating load; (101) are provided for the outside air inlet port 108 of the heat collecting device of outside of the circulation air in framework and circulation inlet 107 from outside in energy circulation path; The Jimyeo mono- made of a bent structure is managed and inverted pipe structure, in energy circulation path 101, the black temperature in the outside of rugous heat is enhanced according to the heat collection of heat, the solar energy being received by the supply of the circulation air from heated absorption tube 109; The thermal energy that rugous thermopipette 109 is collected by drive motor is used to suck the high temperature (hot-air of 30~70& 0&gt ; It C) is heat collecting, by solar heat, from high temperature (the heat collecting unit hot-air of 30~70 Ge & 0&gt ; C) blower motor is used to a room (105) occur suddenly; The outlet (warm air outlet) of T shapes as by the outlet of the higher temperature heat collecting of the sun by the rugous thermopipette 109 of black as heat collection, hot-air is blown to the inside of (30-70) 103; Hook installation, is installed a collecting device (102); At least one handle is provided with the left and right sides of a pair of of collecting device 106; It is provided in the left and right side of lower left and collecting device, is used to support a bridge collecting device 110; The residual-heat heating energy of hot air outlet is collected for inside of the blowing air to heat collecting device from a first temperature sensor, is used to measure near 103 temperature (111-a); Thermal energy be supplied to indoor heat exchanger include a cold air in a room must temperature cycles of the measure near circular inlet 107 in heat collecting device, second entrance temperature sensor (111-b); Temperature is set to desired temperature in order to adjust room temperature sensor controller 120; Temperature sensor controller 120, the temperature controller opened/closed that control beginning and end device is used to control the temperature of air introduce room, depend on (thermostat) (130); The residual-heat heating energy, control pass through the outlet opening of heat collector outlet temperature control device (130) (103-a) and the beginning and end of pass hull closure; Temperature control includes a unit external air inlet and pass hull closure, is used to control through (130) a) (beginning and ends of the thermal energy outside air inlet port of 108-.