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本实用新型公开了一种光伏电池最大辐照量自动跟踪装置。 该装置包括光伏电池、传动系统及控制电路；其中，光伏电池包括光伏电池板和用于支撑光伏电池板的固定支架，光伏电池板对称铰接于固定支架上；传动系统分别与光伏电池板两端连接，且设于两端边缘的中部；控制电路包括电流电压采样电路和电机驱动电路；其中，电流电压采样电路与光伏电池板电连接，电机驱动电路与传动系统电连接，而电流电压采样电路和电机驱动电路电连接。

本实用新型设计了一种实际可行的光伏电池最大辐照量自动跟踪装置，系统结构较为简单，不需要外部供电，能够实现快速的光伏电池最大辐照量自动跟踪。 The utility model discloses an computerized tracking device for iTagPro online the maximum radiation quantity of a photovoltaic battery. The gadget includes a photovoltaic cell, a transmission system and a management circuit; wherein, the photovoltaic cell features a photovoltaic cell panel and a fixed bracket for supporting the photovoltaic cell panel, and the photovoltaic cell panel is symmetrically hinged on the fastened bracket; the transmission system is respectively related to the two ends of the photovoltaic cell panel linked, and positioned in the middle of the edges of each ends; the control circuit features a present and voltage sampling circuit and a motor iTagPro reviews drive circuit; whereby, iTagPro reviews the current and voltage sampling circuit is electrically linked to the photovoltaic panel, the motor iTagPro bluetooth tracker drive circuit is electrically connected to the transmission system, and the present and voltage sampling circuit It is electrically related with the motor drive circuit.

The utility mannequin designs a sensible and possible automatic tracking device for the maximum radiation of photovoltaic cells. The system structure is relatively easy, no external power supply is required, and quick computerized monitoring of the utmost radiation of photovoltaic cells can be realized. 本实用新型光伏电池涉及技术领域，特别涉及一种光伏电池最大辐照量自动跟踪装置。 The utility mannequin relates to the technical discipline of a photovoltaic cell, in particular to an automated tracking device for the utmost radiation quantity of a photovoltaic cell. 太阳能是地球上最主要的可再生能源之一，具有储量大、分布广、清洁无污染等优点，是未来社会发展最重要的能源来源。

Regardless of the principle, there's a problem that when the inclination angle is mounted, it can't be modified; thus, the every day and annual energy era of photovoltaic cells is greatly diminished. 本实用新型的发明目的是针对现有光伏电池的技术不足，提供一种增加日、年发电量且实用快速精确的光伏电池最大辐照量自动跟踪装置。 The aim of the invention of the utility mannequin is to offer a practical, quick and iTagPro portable correct automatic tracking device for iTagPro reviews the utmost radiation amount of photovoltaic cells that will increase the each day and annual power technology in view of the technical deficiencies of the prevailing photovoltaic cells. 提供一种光伏电池最大辐照量自动跟踪装置，包括光伏电池、传动系统及控制电路；其中，光伏电池包括光伏电池板和用于支撑光伏电池板的固定支架，所述光伏电池板对称铰接于固定支架上；所述传动系统分别与光伏电池板两端连接，且设于两端边缘的中部；所述控制电路包括电流电压采样电路和电机驱动电路；其中，电流电压采样电路与光伏电池板电连接，电机驱动电路与传动系统电连接，而电流电压采样电路和电机驱动电路电连接。

Preferably, iTagPro reviews the photovoltaic battery panel can rotate around the hinge level of the fixing bracket, and may stay stable without exterior power. 优选地，所述电流电压采样电路包括光伏电池板最大功率跟踪电路与传感器，所述光伏电池板最大功率跟踪电路通过光伏电池板接线盒与光伏电池板电连接，所述光伏电池板最大功率跟踪电路通过直流总线与传感器电连接。 Preferably, the current and voltage sampling circuit features a photovoltaic cell panel maximum energy monitoring circuit and a sensor, the photovoltaic cell panel maximum energy tracking circuit is electrically related to the photovoltaic cell panel by means of a photovoltaic cell panel junction field, and iTagPro reviews the photovoltaic cell panel most power monitoring circuit The circuit is electrically related to the sensor by the DC bus.