Solar distributed point-focusing optical lens tracking system and application thereof

A solar tracking and solar mirror technology, applied in the field of solar energy utilization, can solve problems such as not suitable for small-scale regional applications, difficult to promote in cities, and no focus

CN101922803AInactive Publication Date: 2010-12-22BEIJING WISWORD HI TECH
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Patent Information

Authority / Receiving Office
CN · China
Current Assignee / Owner
Publication Date
2010-12-22
Estimated Expiration
Not applicable · inactive patent

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Abstract

The invention aims at providing a solar distributed point-focusing solar lens tracking system and application thereof. The solar distributed point-focusing solar lens tracking system can be distributed and arranged according to the land conditions of a city region, therefore one group of solar point-focusing utilization systems consists of at least one solar utilization equipment, a solar tracking system, a point-focusing solar lens and a tracking bracket; a plurality groups of solar point-focusing utilization systems are distributed in different regions; and a plurality groups of solar utilization equipment can be mutually connected to form each solar point-focusing utilization system together. The invention can enable the solar slot type solar utilization technology to be suitable for different regions and cities by changing the array mode of the traditional slot type solar system into a distribution mode, thereby lowering the requirements and the limitation for fields; the invention can be conveniently used in different regions and for building integration and also widens the kinds and the modes of solar utilization, thereby being capable of carrying out multiple solar utilizations.
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Description

technical field

[0001] The invention relates to the utilization of solar energy, especially the tracking of focus of solar energy focus tracking and its distributed utilization. Background technique

[0002] Solar tracking mainly consists of three types: trough type, tower type and butterfly type. Because the trough type system is one-way tracking, the relative technical difficulty is relatively low. At the same time, due to the solar energy selective coating and vacuum tube technology, it has industrial production in the temperature range of 100-400 degrees. Therefore, it can be mass-produced quickly, and the earliest commercial application in the world is the trough system.

[0003] The main tracking method of the trough system in the world is to set a heat exchange tube at the focal point of the trough system, fill the heat exchange tube with heat transfer oil or directly heat water into steam, and the motor drives the heat transfer oil or steam to flow In order to reali...

Examples

Embodiment 1

[0063] Single-axis tracking multi-parabolic mirror solar point focus tracking and utilization system (side view)

[0064] Book figure 1 It is a side view, and the solar mirror is a group of solar energy utilization systems composed of four parabolic reflectors (2), solar energy utilization equipment (1), solar mirror brackets, etc.; the system is arranged on a building and integrated with the building The solar energy utilization equipment (1) is a heat pipe, and the outside of the heat pipe is provided with a vacuum tube to insulate the heat preservation box; the heat pipe is arranged on the building and remains stationary; the parabolic mirror is arranged on a parabolic device (3), A rotating shaft (5) is arranged on each parabolic mirror, and the solar mirror can rotate along the rotating shaft (5). Multiple solar mirrors realize tracking of solar energy through different movements, and at the same time focus solar light onto the heat pipe. Each parabolic mirror adopts the...

Embodiment 2

[0066] Two-axis tracking multi-parabolic mirror solar point focus tracking and utilization system (side view)

[0067] Book figure 2 It is a side view, and the solar mirror is a group of solar energy utilization systems composed of four parabolic reflectors (2), solar energy utilization equipment (1), solar mirror brackets, etc.; the system is arranged on a building and integrated with the building The solar energy utilization equipment (1) is a heat pipe, and the outside of the heat pipe is provided with a vacuum tube to insulate the heat preservation box; the heat pipe is arranged on the building and remains stationary; the parabolic mirror is arranged on a parabolic device (3), A rotating shaft (5) is arranged on each parabolic mirror, and the solar mirror can rotate along the rotating shaft (5). Multiple solar mirrors realize tracking of solar energy through different movements, and at the same time focus solar light onto the heat pipe. Each parabolic mirror adopts the s...

Embodiment 3

[0068] Embodiment 3. Heat pipe heat transfer spot focus tracking array tracking

[0069] like image 3 , this case is a solar energy utilization system composed of multiple point-focusing reflectors set on the building, the solar mirror (2) samples point-focused parabolic reflectors, and each point-focused reflector is set on the tracking system (3) , the tracking system is set on the tracking bracket (4), each solar mirror focuses the solar energy on a solar energy utilization device (1), the solar energy utilization device is a heat pipe heat transfer system (10), and multiple heat pipe evaporation ends are arranged at different points The light-to-heat conversion is realized on the focusing system, and the overall heat pipe system realizes the transmission and utilization of hungry heat energy. Setting the solar energy utilization of multiple groups in different buildings and ground areas can realize the point-focused utilization of solar energy in different areas of the t...