球形海面太阳能漂浮发电装置的设计

The Design of a Solar Floating Power Plant with Spherical Surface

为了解决海上供电难问题,设计了一种球形海面太阳能漂浮发电装置。此装置采用光伏发电原理,通过计算太阳高度角确定反光膜的位置,并设计了光伏控制器,运用不倒翁原理使装置在海上保持稳定。通过在海上实地实验,对此装置的实用性进行了验证。实验数据表明:此装置的太阳能光伏板输出功率稳定高效,在海上发电方面具有较高的实用性。

In order to solve the problem of power supply difficulty at sea, a kind of solar floating power plant with spherical surface is designed in this paper. This device adopts the principle of photovoltaic power generation, determine the position of the reflective film by calculating the height angle of the sun.And a photovoltaic controller is designed, and the tumbler principle is applied to the device to maintain its stability in the sea. The practicability of this device was verified by field experiment at sea, the experimental data show that the design output power of the solar panel is stable and high, and has high practicability on the sea power generation.