Chinese manufacturers are rapidly acquiring licensing agreements to mass-produce perovskite solar cells, with companies like Microquanta Semiconductor and GCL System Integration signing deals with technology developers including Oxford PV and Saule Technologies. These partnerships aim to establish gigawatt-scale production facilities by 2025-2026, positioning China to dominate the next generation of solar technology.

The licensing rush comes as perovskite solar cells demonstrate conversion efficiencies exceeding 26% in lab settings, approaching theoretical limits while promising lower manufacturing costs than traditional silicon cells.

Which Chinese Companies Are Licensing Perovskite Technology?

Microquanta Semiconductor signed a licensing agreement with Oxford PV in late 2023 to produce perovskite-silicon tandem cells at their Hangzhou facility. GCL System Integration partnered with Poland’s Saule Technologies to develop flexible perovskite modules. Longi Green Energy and JA Solar have also announced internal perovskite development programs, though they’re pursuing proprietary formulations rather than licensing external technology.

What Production Capacities Are Chinese Manufacturers Planning?

Microquanta targets 500 MW annual production capacity by late 2025, with plans to scale to 2 GW by 2027. GCL’s initial pilot line will produce 100 MW annually starting in 2024. Industry analysts estimate China could achieve 5 GW of combined perovskite manufacturing capacity by 2028, representing roughly 60% of global production.

Why Are Chinese Firms Choosing Licensing Over In-House Development?

Licensing accelerates time-to-market by 2-3 years compared to independent R&D. Western developers like Oxford PV hold critical patents on tandem cell architectures and stability improvements, making licensing more cost-effective than navigating potential IP disputes. Chinese manufacturers bring expertise in high-volume production and cost reduction that complements European innovation.