Scientists at the Australian National University (ANU) used laser processing to create a more efficient solar cell and set a new world record in the process. This cell is double-sided, which...
Traditional flat panel photovoltaic solar cells require a huge area to obtain certain economic benefits, so the investment is very great. On the one hand, solar panels are expensive, and...
Anja Royne and others divided solar cells into single cells, linearly arranged cells, and dense modular cells according to the degree of density. The cooling system for concentrating photovoltaic cells...
In recent years, as the price of international traditional fossil energy has risen and environmental problems have become increasingly prominent, renewable energy sources such as solar energy have attracted attention...
With a more basic understanding of the structure of a key component, the design of next-generation solar panels can now be improved. In a world craving cheaper and more efficient renewable energy, Australian...
1. The application of carbon ink to the counter electrode layer Zong and others used hydrophobic carbon ink as the counter electrode to prepare PSCs without a hole transport layer at relative...
One of the challenges of gathering green solar energies is how to store the energy when there is no sun. Although the cost of collecting solar energy has dropped significantly in recent...
Zhang reported the use of low-temperature processed carbon paste as a counter electrode in PSCs without a hole transport layer for the first time. They used the scraper method to deposit commercial...
According to a report on the US Daily Science website on the 10th, researchers from the School of Photovoltaic and Renewable Energy Engineering and the Center of Excellence in Exciton Science at the University...