The accelerating transition to net-zero emissions and demand for high-efficiency renewable energy are driving the need for photovoltaic technologies that surpass the performance limits of conventional crystalline silicon solar cells. As single-junction crystalline silicon solar cells approach their practical efficiency limits, perovskite-silicon tandem solar cells have emerged as the leading next-generation technology, offering significantly higher power conversion efficiencies and improved energy yields. This Frost Radar analysis evaluates the technological and commercial landscape of perovskite-silicon tandem photovoltaics, assessing how advances in tandem architectures and scalable manufacturing are accelerating the transition from laboratory innovation to commercial deployment. The study benchmarks leading innovators while examining the market dynamics, strategic partnerships, investment landscape, and commercialization pathways shaping the industry's evolution.

The main goal is continuous improvement.

• How are the transition to net-zero emissions and demand for high-efficiency renewable energy accelerating the need for photovoltaic technologies?
• What role do perovskite-silicon tandem solar cells play in offering significantly higher power conversion efficiencies and improved energy yields?
• In what ways are advances in tandem architectures and scalable manufacturing accelerating the transition from laboratory innovation to commercial deployment?