It is found in the cost and benefit analysis of solar tracking support systems that if the site cost needs to be increased by 20%, the power generation must be increased by no less than 30% to achieve considerable benefits. Therefore, for medium and large-scale projects, the benefits of using solar power tracking support systems are very significant.
Classification of the solar power tracking system
According to different driving forms, solar tracking brackets can be divided into the following two types: active tracking systems and passive tracking systems.
Active tracking systems are controlled by motors.
Passive tracking systems achieve tracking through physical thermal expansion technology.
In recent years, active tracking has formed a mature control system through theoretical sorting, calculation software, and mechanical structure testing. Therefore, in order to obtain the most professional and reliable products, astronomical/digital software combined with simple mechanical system management (active tracking) is generally used. Compared with other solutions, active tracking drive is also the best method in terms of technology and economy at present.
Active solar power tracking systems are also divided into the following two types according to the type of electric control machine
The first type of solar power tracking system is based on the information sent by the sensor, and locates the brightest point (the sun) in the air. This positioning method can effectively ensure the accuracy of solar tracking, but it is only suitable for sunny days.
The second type uses astronomical algorithms + tilt angle sensors tracking system. It achieves tracking by installing the solar ephemeris data and support tilt sensors of the location. This operation method can ensure higher power output and centralized installation of power stations. This tracking method can also achieve accurate tracking on cloudy days.
Hangzhou Lingyang Technologies is a high-tech intelligent technology enterprise specializing in the research and development, production, sales, and service of new energy photovoltaic tracking electrical control systems and artificial intelligence algorithm systems. The core team has more than ten years of experience in the photovoltaic industry and is committed to providing customers with safe, simple, intelligent, and efficient products and services. The core members graduated from well-known universities such as Tsinghua University, Shanghai Jiao Tong University, Zhejiang University, and well-known enterprises in the domestic solar energy field, and have rich theoretical, technical, and application experience. Feel free to inquire.
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