Nanomaterials For Energy Applications

需要先进的材料创新来开发可立即部署的可再生能源研究的多用途突破。基于溶液处理的光伏提供了可持续、可扩展的能源转换前景，而成本仅为传统单晶光伏的一小部分。此外，溶液处理太阳能电池是在灵活甚至可伸缩的系统中进行轻松集成的主要候选者。拟议的研究计划集中在：(O1)基于先进材料创新的理性分子设计。(O2)高度定向晶体结构的可伸缩沉积，从而实现高效的太阳能电池设计。(03)可集成到可穿戴电子设备等中的机械兼容太阳能转换器工程。

Advanced material innovations are needed to develop immediately deployable versatile breakthroughs in renewable energy research. Solution-processed based photovoltaics offer the promise of sustainable, and scalable energy conversion at a fraction of the cost of traditional single-crystal photovoltaics. In addition, solution-processed solar cells are prime candidates for facile integration in flexible and even stretchable systems. The proposed research program is focused on:(O1) Rational Molecular Design based on advanced material innovations.(O2) Scalable Deposition of Highly Oriented Crystal Structures resulting in efficient solar cell designs.(O3) Engineering Mechanically Compliant Solar Converters that can be integrated in wearable electronics and more.