High efficiency solar thermal collector having frame and energy transfer path parallel structure

摘要

the present invention is a frame structure, high efficiency and energy corridors parallel solar heat collecting apparatus and method relates to the frame and that of the highly efficient solar heat collecting apparatus and method of energy transfer path in parallel structure, house thermal energy flow channel expansion temperature of the heat collecting effect relatively by the combined energy circulation conduit inside the outer frame for through the long through the heat flow channel of an improved solar heat collecting apparatus air is further heated is circulated and blown into the interior of heated air obtained a high-temperature heat energy from a solar collector, a temperature sensor and the temperature sensor controller and a temperature controller (thermostat) a collecting energy delivery port with / circulation inlet - with respect to the external air inlet to provide a temperature-sensing automatic opening and closing structure to adjust the room temperature is a high temperature heat through the house heat outlet by the solar heat collecting apparatus provided outside the house. High efficiency solar energy collecting device of the frame and the moving path parallel structure 100 includes a transparent cover of transmitting sunlight; Corrugated panels of black to raise the internal temperature to collecting most of the solar radiation that passes through the transparent cover (100-1); Fresh air outside the air as the outside air inlet port flows into the collector and to filter the dust and the air filter having a mesh with a mesh (mesh) structure to block the insect inlet inlet 108; To a high temperature of heat it is heated in the solar collector heat supplied to the room being air-cooled heat exchanger is composed of a material (cold air inlet) solar collector circulation inlet from the room 107; The outside air inlet port 108 and the circulation inlet 107 of the heat collecting apparatus outside the energy circulation path for circulating the air in the frame supplied from the outside (101); Jimyeo a pipe made of a bent structure, and the inverted pipe structure, outside the energy circulation path 101 corrugated heat the black temperature is raised according to the heat collection of heat by the supply received solar energy to the circulating air from the heat absorption pipe 109 ; By collecting the thermal energy of the corrugated heat absorbing pipe 109 by driving the motor for sucking the hot air of high temperature (30 ~ 70 & 0 & C) is the heat collecting by the solar heat from the heat collecting unit hot air at elevated temperature (30 ~ 70 & 0 & C) blower motor for blowing into a room (105); T-shaped outlet (warm air outlet) as passing through the corrugated heat absorbing pipe 109 of the black and the heat collection by the solar higher temperature heat collecting outlet which blows hot air to the inside of the (30-70) 103; Hangers for mounting to mount a collecting device (102); At least one handle is provided with a pair of the left and right sides of the collecting device 106; Is provided at the bottom left and right sides of the collecting device for supporting a bridge collecting device 110; Collecting heat energy of the hot air outlet for blowing air to the inside of the heat collecting apparatus collecting from a first temperature sensor for measuring 103 the vicinity of the temperature (111-A); Thermal energy is supplied to the indoor heat exchanger consists of a cold air in the room have to measure the temperature in the vicinity of the circular inlet 107 is circulated in the heat collecting device, the second inlet temperature sensor (111-b); Set the temperature to the desired temperature in order to adjust the room temperature sensor controller 120; Temperature sensor controller 120, a temperature controller to control the open / close of the opening and closing apparatus for controlling the temperature of air introduced into the room depending on (thermostat) (130); Collecting heat energy to control the opening and closing of the outlet opening and closing device by the heat collector outlet temperature control device (130) (103-A); And the temperature control consists of a unit external air intake opening and closing device for controlling the opening and closing of the thermal energy outside air inlet port by the (130) (108-a). ;