The utility mannequin discloses a photo voltaic automated tracking device, which contains a solar battery panel (1), a bracket and a rotating drive mechanism (2), and iTagPro bluetooth tracker in addition features a photoelectric sensor (3) arranged on the front of the solar battery panel (1). Include stepper motor (21) in the driving mechanism (2), driver (22), pace reducer (23) and the link mechanism (24) that is related with reducer (23), the free of described link mechanism (24) end is related with the twisted help (7) on the again of the solar cell panel (1), and pushes the photo voltaic cell panel (1) to rotate axially around the edge of the bracket; Signals are despatched out at time intervals. Compared with actual-time precise tracking devices, iTagPro bluetooth tracker intermittent tracking management enormously reduces energy consumption; at the identical time, three-level supports in geometry are used to replace traditional single-point supports, which overcomes the stability of traditional single-level supports. Insufficient defects keep away from the influence of wind and iTagPro bluetooth tracker improve the wind and iTagPro bluetooth tracker earthquake resistance of photo voltaic power.

本实用新型涉及太阳能发电技术领域，尤其涉及的是一种太阳能自动跟踪装置。 The utility mannequin relates to the technical area of solar power generation, specifically to a photo voltaic automated tracking device. 目前，发达国家太阳能发电已经进入技术成熟、能大规模推广的阶段。 当太阳能转换设备与太阳光垂直时，能收集更多的太阳能，因此要求太阳能电池板的支承装置具备自动跟踪太阳的功能。 要实现对太阳的精确跟踪，必须使太阳能电池板的俯仰角度和偏转角度能够自动调整，国内外已提出了多种技术方案，例如用光电跟踪、机械跟踪、单轴、双轴跟踪等。

目前公开的跟踪技术方案中，有的过于追求较高的跟踪精度，导致跟踪系统过于复杂，在工作过程中消耗较多的电能；有的技术方案对太阳能电池板采用单点支承，忽视了风力影响，支承的稳定性欠佳。 At present, solar energy technology in developed international locations has entered the stage where the expertise is mature and will be broadly promoted. When the solar conversion gear is perpendicular to the sunlight, iTagPro bluetooth tracker more photo voltaic vitality can be collected, so the supporting device of the photo voltaic panel is required to have the perform of mechanically monitoring the solar. To achieve precise monitoring of the solar, the pitch angle and deflection angle of the solar panel have to be automatically adjusted.

Various technical options have been proposed at dwelling and abroad, such as photoelectric tracking, mechanical tracking, single-axis, and dual-axis monitoring. Among the many at present disclosed tracking know-how solutions, some pursue excessive tracking accuracy too much, ensuing in the tracking system being too sophisticated and consuming extra power in the course of the working course of; some technical solutions use single-level help for solar panels, ignoring the wind power. Affected, the stability of the assist just isn't good. 本实用新型的目的在于克服现有技术的不足，提供了一种太阳能自动跟踪装置，以解决传统太阳能自动跟踪系统过于复杂、能耗高的技术问题，以及采用单点支承的稳定性不足的问题。