Perovskite (ABX3) Solar Cells
Perovskite solar cells are the future of photovoltaics, It have the potential to deliver more power at a lower cost than conventional solar technologies.
Unlike conventional silicon panels, they can be fabricated on flexible substrates, integrated into buildings, vehicles, and space systems, and produced using scalable, low-energy processes.
Their rapid performance improvements and potential for tandem architectures position them as a transformative technology for next-generation clean energy.
Unlike conventional silicon panels, they can be fabricated on flexible substrates, integrated into buildings, vehicles, and space systems, and produced using scalable, low-energy processes.
Their rapid performance improvements and potential for tandem architectures position them as a transformative technology for next-generation clean energy.
Why choose Perovskite solar cells
01
Perovskites have high absorption coefficient and tuneable band gap and superior opto-electronic properties
02
Low-cost manufacturing process and easy to setup plant for mass production.
03
Compatible and superior integration with Silicon, CIGS and OPV for tandem application.
04
Versatile in application
Why Next Generation solar cells
Silicon solar cells are typically rigid and heavy. Silicon solar cells have reached theoretical efficiency limit, and current silicon solar panels typically convert only a portion of sunlight into electricity and also these are relatively expensive to produce, and the process involves high-purity silicon and energy-intensive manufacturing.
Next-generation solar cells, like organic solar cells and flexible thin-film solar cells, offer the potential for lightweight, flexible, and even transparent solar panels. This flexibility allows for innovative applications such as solar-integrated windows and lightweight solar fabrics.
Next-generation solar cells often include Hybrid perovskite, tandem or multijunction designs, where different materials are combined to capture a broader spectrum of sunlight and increase overall efficiency. This can lead to better performance, especially in low-light conditions for IOT applications.
Next-generation solar cells often include Hybrid perovskite, tandem or multijunction designs, where different materials are combined to capture a broader spectrum of sunlight and increase overall efficiency. This can lead to better performance, especially in low-light conditions for IOT applications.
