Identification and exploitation of alternative renewable energy sources is important in meeting the rising energy challenge globally. Solar energy is one source of energy which has been earmarked as a promising renewable energy source that will play a better role in reducing the depletion of the existing source of energy. Thus, the use of photovoltaic panels and technologies to fulfill the current energy requirement as well as reducing the carbon emission appears very possible. To this end, the study reviewed the possibilities of improving the hybrid solar panel via nano additive addition to improve its thermal efficiency. From the study, it was established that nano additives have the capacity lessen the surface temperature experienced by the panel and hence helped in the enhancement conversion of energy into power as well as improving the overall efficiency of the panel. This study provides insights for driving the sustainability of solar energy as a renewable energy source.

中文翻译：

---

利用纳米粒子实现高效能源的混合太阳能电池板发明综述

识别和开发替代性可再生能源对于应对全球日益严峻的能源挑战非常重要。太阳能是一种被指定为有前途的可再生能源的能源，它将在减少现有能源枯竭方面发挥更好的作用。因此，使用光伏板和技术来满足当前的能源需求并减少碳排放似乎是很有可能的。为此，该研究回顾了通过添加纳米添加剂来改进混合太阳能电池板以提高其热效率的可能性。研究表明，纳米添加剂能够降低面板的表面温度，从而有助于增强能量转化为电力以及提高面板的整体效率。这项研究为推动太阳能作为可再生能源的可持续性提供了见解。