In this post we learn a couple of homemade techniques for enhancing a solar panel output performance by many folds.
Today solar panels are being widely implemented for harnessing free solar electricity, however everything may not be so good as it appears to be with these units due to the involved inefficiency with these systems.
Problem with Solar Panels
The main issue with solar panels is that it performs at its peak only as long as the sun rays are perpendicular to its surface and this situation happens only for a very short period of time each day making things hugely inefficient for these systems.
There are techniques which have been invented to tackle the above issues such as MPPT chargers, solar trackers etc but these can be expensive, and have their own limitations.
Homemade Solar Panel Optimizer
两个自制的快速眼动edies explained below could be tried instead of the commercial techniques mentioned above for enhancing the overall solar panel efficiency.
The first method is rather crude. Here we employ a water filled transparent polythene bag placed over the solar panel.
袋子的尺寸可能比太阳能电池板尺寸略微过大，以便其边缘锁定在面板的边缘上，并在面板上产生贴合。该位置还可能有助于获取充满水袋的凸形。
The material used for the bag should be extremely clear, the same must be true for the water used.
The implementation will effectively simulate a convex lens type function right over the attached solar panel generating a much greater output from it for a much longer period of the day. This may be due to the bending of the sun rays onto the solar panel caused by the convex nature of the water filled "lens".
A more refined albeit costly technique may seen in the following image:
Using Concave Mirrors
在这种方法中，使用了太阳能电池板尺寸的三倍的凹形反射器。60度的曲率会做得很好。
应当指出的是，曲率程度不应相对急性，这可能会导致大量的热量在太阳能电池板上集中在太阳能电池板上，这可能会导致性能恶化。
The inner concave surface could be possibly fitted with many pieces of mirrors such that these uniformly cover the entire surface in a concave manner.
如上图所示，可以使用铁夹拟合太阳能电池板，以确保其达到最大光浓度的中心位置。
The sun rays regardless of its position in the sky would now allow its rays to get reflected and concentrated across the solar panel surface for enabling the unit to gain maximum enhancement efficiency and work at its peak performance for most of the days period.
这是非常有用的，先生。
先生，来自太阳的热量对效率/输出有任何意义
感谢夫人，是的，反射的射线不能太多集中在面板上……以免加热面板并降低其效率。
您好，我叫，我是巴西的纽约人。我想知道可以携带两个12伏电池240AH，每个电池板和4个太阳能电池板，每个太阳能电池板，每个太阳能电池板，每个太阳能电池板，每个太阳能电池板，非常感谢您的帮助。
fora 240 ah battery you may need at least 30 amp current for charging them within 6 hours.
为此，您需要15V/30安培面板或15 x 30 = 450瓦面板
Hello,
我是Chandan Parashar博士。我想知道如何为每个150AH的电池充电如何需要面板。
您好，您可以使用20AMP面板，其电压额定值高于电池的总组合值
Thanks dear
印度最大瓦特尺寸的太阳能电池板是什么？
sorry, I have no idea about it