A review of effects of nanomaterials on efficiency and heat transfer in solar panels.

Nanomaterials are truly amazing, They have interesting properties that can dramatically improve the performance of solar panels and make them more efficient. Due to high thermal conductivity, specific surface area and light absorption power, nanomaterials can help in improving heat transfer from solar panels. This increases the overall efficiency and helps to generate better energy from the solar panels. By using nanomaterials in solar cells, their temperature decreases and as a result, their efficiency increases. Another advantage of this is that it increases the ability to absorb sunlight, which leads to more electricity production. This would mean that the traditional materials currently used to produce solar panels may be replaced by nanomaterials. Nanomaterials are a new technology that can revolutionize the performance of photovoltaic systems. If the required research and development is done properly, there is a great opportunity to produce optimal and affordable solar panels. Indeed, among others, graphene-based bakery structures and metal oxide bakery structures have shown improved performance in this field. But it's still unclear how many of these new materials will perform on a large scale-especially considering factors such as cost or environmental effects (such as toxicity). Therefore, it is important not only to continue research, but also to follow up on our findings through publications such as this one, which reviews the latest developments related specifically to the use of nanomaterials to improve energy production devices such as photovoltaic arrays or even basic understanding. In this study, we investigate how the placement of nanoparticles in the panels affects.

کلیدواژه ها:

Nanomaterials ، Nano fluid ، Solar panels ، Heat transfer ، Challenges