TH6772C3 - Solar thermal power generation unit - Google Patents

Abstract

DC60 (13/09/54) Solar thermal power generation unit Containing Two support pillars Poles, which are metal poles with rust protection to be used as a support and support for solar receivers. Where the solar receiving kit will consist of A number of parabolic rail-style solar receivers. They are arranged in parallel along their length to be used as solar reflection collectors. The sunlight from the parabolic curve approaches the focal point according to the radius of the solar receiver's curvature. Parabolic rail pattern Vacuum glass tubes fixed to each support arm along the Length of the solar receiver, parabolic rail style, with mounting trajectory. Whereby the glass tube The vacuum is positioned in the focal point along the radius of the solar receiver, a parabolic trough, and a heat exchanger tube to allow the heat transfer fluid to pass through the tube by the heat exchanger tubes. It is inserted along the length of the vacuum glass tube, and there is also a solar tracking device installed on one side of the support column to make Function that controls the solar collector to follow the sun at a distance perpendicular to the sunlight. Automatically to produce the most solar intensity. Solar thermal power generation unit consisting of two support poles. Poles, which are metal poles with rust protection to be used as a support and support for solar receivers. The solar receiving kit contains a number of parabolic rail-style solar receivers. They are arranged along the length to be used as a solar reflection collector. The sunlight from the parabolic curve approaches the focal point according to the radius of the solar receiver's curvature. Parabolic track style, vacuum glass tubes fixed to each support arm along the The length of the solar receiver, parabolic rail form, with a trajectory fixed by the glass tube. The vacuum is positioned at the focal point along the radius of the solar receiver. The bola and the heat exchanger tubes to act as the heat transfer fluid passes through the tubes where the heat exchanger tubes are inserted along the length of the vacuum vial and there is also a walking control unit. Sun, which was installed on one side of the support post to make Function that controls the solar collector to follow the sun at a distance perpendicular to the sunlight. Automatically to produce the most solar intensity.

Claims (2)

1. The solar thermal power generation unit consists of Two (1) support columns, which are metal posts with rust protection for use as a support. And supports the solar receiver set (4) by the bottom of the support poles (1) each pole will rest. And was installed on the support (2), which at the top of the support column (1) each pole has a cassette. Ball bearings (3) mounted to support the rotation of the solar collector (4) the solar tracker (13) mounted on one side of the support post (1) to perform the control. Let the sun set (4) follow the sun at a distance perpendicular to the Automated sunlight to achieve the most solar concentration. Where the control unit Following the Sun (13) consists of a power source motor (14) that is the source of power to transmit power through the belt to at least one test gear (15) to drive the spindle (7), which is mounted in Bearings (3) allow the solar collector (4) to move, where the motor (14) is operated by an external controlled path to regulate the speed and drive the motor. Rotate the clock. Rotate counterclockwise in the direction of the movement of the sun in the east. To the west precisely Solar receiver kit (4) that includes Parabolic rail (5) solar receptors (5) are smooth and parallel along their length. Parabolic track (5) solar receptors are made of stainless steel that It has a mirror-like luster to allow for solar concentrators by reflecting sunlight from a parabolic surface towards the focal point along the radius of the parabolic shape solar receptors (5) on either side. In the center of the solar receiver, a parabolic rail pattern (5) is connected to The side connector (6) and at the bottom in the contour of the thin parabolic solar receptors (5) each form a reinforced ridge (8), the side joints (6) are fastened. It is attached to the spindle (7), which is inserted into the bearing (3), the support arm (9) is mounted at the top in the line of the solar collector. Each parabolic rail (5) is used as a support for the vacuum vials (10), characterized by that the vacuum vials (10) are attached to the support arms (9) each along their length. Parabolic rail (5) sunlight is received by means of mounting path (11), where the vacuum glass tube (10) is positioned at the focal point along the radius of the solar receiver. A parabolic (5) curved rail design serves to absorb the sun's direct sunlight reflected by the solar receiver. Form a parabolic (5) curve, and then transfer heat to the heat exchanger flowing inside the pipe of Heat transfer agent (12) to a specified higher temperature and at the length of the The vacuum vial (10) is secured by a number of loops (16) and a tube of the transfer fluid. Hot (12) is a material made of stainless steel to serve as a heat exchanger to flow through the pipe. Where the tube of the heat exchanger (12) is inserted along the length of the vacuum glass tube (10). 2.Solar thermal power generation unit According to claim 1, which the energy production set The heat with solar energy can be tiled. By the production of heat energy Each solar power is installed in the same direction. Where the heat exchanger tubes ((12) of each solar thermal power generation unit are connected by hoses. Get Flexible (17)