Answer :
Final answer:
A science student in Nepal has innovatively created a cheaper solar panel potentially using inexpensive and durable materials. This improvement in solar technology aims to make solar energy more accessible, especially in developing countries or remote areas where the energy infrastructure is limited. The student's approach may parallel the work of pioneering innovators and aligns with the broader goal of reducing the price of solar energy.
Explanation:
A solar cell is a pivotal component used to convert light energy into electrical energy. It usually involves the use of metals and semiconductors. The innovation described by a science student in Nepal stands out because it signifies a pivot towards more cost-effective solar energy solutions, potentially made with inexpensive, durable materials. This approach could draw inspiration from the likes of earlier innovators such as Mária Telkes, who developed solar cookers that harnessed the greenhouse effect using reflective materials and affordable construction.
In the quest for more accessible solar technology, researchers are focusing on developing thinner and more portable solar cells, which can be especially valuable in remote and energy-poor regions. Such advancements can lead to a dramatic reduction in the price of solar energy, allowing for a broader reach, especially in developing countries where the energy infrastructure may be limited.
The specific materials used by the student in Nepal are not detailed in the question, but it can be surmised that they are aiming to enhance solar technology by making it more affordable and thus more available to a wider population. It is essential for innovators to consider the ecological impact of new materials, potentially aiming for materials that are not only cost-effective but also sustainable, such as those not derived from oil, which is a concern mentioned regarding the invention of new plastics by chemical companies.
