All solid-state thin-film cells using semiconductor sputtering and vapor deposition patterns now expired for new deployments.
The technology fabricates an all solid-state thin-film solar cell by depositing and patterning thin layers using semiconductor-style sputtering and vapor deposition methods. Its significance is that it leverages standard semiconductor process tooling and patterning steps, enabling high-throughput multilayer deposition rather than slower specialty fabrication. Previously, producing patterned all-solid-state thin-film cells with these methods required licensing from the patent holder.
Launch patterned all-solid-state thin-film solar modules for rooftops, EV charging canopies, and portable off-grid power.
An all solid-state thin-film cell is fabricated as introducing a sputtering method, a vapor deposition method and the like, which are used in the semiconductor production process, and a patterning method.
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