At the beginning of 2026, Yanhe Technology was named to both the 2025 Future Unicorns list and the Rising Star Top 30, recognizing the company’s technological innovation and industrial-scale progress in consumer-grade perovskite photovoltaics. The dual recognition underscores growing market confidence in Yanhe’s role in redefining energy supply for next-generation intelligent devices.
The awards highlight a broader industry shift toward perovskite-enabled, self-powered AI hardware, where devices can operate without reliance on traditional batteries or wired charging. As AI accelerates the evolution of smart hardware toward lighter, lower-power, and more mobile architectures, battery-free energy solutions are becoming increasingly critical.
At the Zhongguancun Early-Stage Investment Forum, Yanhe’s Co-founder and CTO Zongyang Peng shared the company’s practical experience in AI-driven manufacturing. By integrating its perovskite photovoltaic R&D platform with AI-powered high-throughput screening technologies, Yanhe has significantly shortened material development cycles, improved process optimization, and enhanced manufacturing yield—bridging advanced materials research with scalable industrial production.
Within less than two years of its founding, Yanhe Technology has progressed from laboratory research to pilot production and full-scale manufacturing. In 2024, the company completed a 10MW pilot line in Beijing. In 2025, its 100MW fully automated consumer-grade perovskite mass production facility in Changde, Hunan, officially entered operation—establishing scalable supply capacity for global customers. Core products have passed key international certifications, including IEC 63163 indoor photovoltaic standards, RoHS, and REACH, reinforcing Yanhe’s foundation in technology, compliance, and manufacturing reliability.
With expanding global partnerships and growing commercial deployment across consumer electronics and AIoT applications, Yanhe Technology continues to advance scalable, low-carbon energy solutions—accelerating the transition from battery-dependent devices to self-powered intelligent systems.
