There is a common question that many people have regarding solar panels. Based on recent studies, the average lifespan of solar panels is only about thirty years before decommissioning. During this time, a twenty-percent reduction in solar energy capacity may occur. Although this may seem like a significant amount of loss, solar energy contractors point out that with new technological advances, higher capacity can be achieved and still be far more cost-effective. If you want to invest in solar energy, you can consider calling California solar energy contractors to install your solar system.
Solar Panel Efficiency
When a solar panel first turns on and becomes fully operational, it can provide five to twenty thousand hours’ worth of capacity. This means that a solar panel can run for at least five years with minimal loss of solar energy. However, as the panel ages and becomes less efficient, the efficiency reduces, and the panel loses its ability to provide as much energy as it did when new. This is primarily due to the aging of the solar panels, exposure to low voltage conditions such as hot summers, and the diminishing efficiency of photovoltage cells. The sun’s rays are also becoming increasingly unpredictable, and severe weather conditions are becoming more frequent and intense. Even on cloudy days, solar panels may still not operate at full capacity because of the temperature effects on the solar cell arrays.
Low Voltage Issues
One reason why the panel lifespan can decrease over time can be attributed to a low-voltage issue. Low voltage issues can significantly reduce the overall power output of solar panels to a point where a panel will not work during a solar power outage. If left unchecked, this issue can continue to be worse and eventually require the use of larger and expensive batteries to repair the power outage. Solar panel batteries have also been known to age prematurely making it necessary for them to be replaced more frequently.
Another issue with solar panels that has been noted is cloudy days. Cloudy days may cause insufficient amounts of sunlight to reach the solar panels and the panel can not fully manufacture electricity during these cloudy days. Solar panels must be placed in the sun to receive maximum amounts of sunlight. If they are not placed in the sun, they will not work at all or will only produce smaller amounts of electricity than usual. A cloudy day can significantly reduce the overall efficiency of a solar system.
E-waste from solar panels
There are several other concerns regarding solar panels that are not often considered. The effects of UV light on the health of those who use the equipment are not often addressed. It is also not often considered that the accumulated e-waste from solar panels can be harmful to the environment. E-waste is a by-product of the electricity produced by the panels and is not a by-product of the sun’s rays.
Any energy system must be analyzed thoroughly. It is not enough to purchase solar panels if it fails to provide an efficient amount of energy and does not work properly. Every energy system should be checked carefully to ensure it is producing the desired amount of electricity. It also needs to be examined to ensure that the panels are performing as expected and are not causing problems with the user’s electricity use. These are essential factors that need to be considered when purchasing solar panels to provide the most efficient energy source.