Solaris Wafers produces silicon photovoltaic wafers using a direct casting process that eliminates ingot slicing, cutting material waste and production costs. The lower‑priced wafers help utility‑scale solar developers and EPC firms reduce project capital expenditures and improve the economics of large‑scale solar installations.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional silicon wafer production relies on slicing ingots, which generates significant material waste and high manufacturing costs, raising the capital expense for utility‑scale solar projects.
Solution
Solaris Wafers employs a novel casting process that forms silicon wafers directly, eliminating the slicing step. This method reduces silicon waste and lowers production costs, enabling solar developers to purchase lower‑priced wafers. By decreasing wafer cost, the company helps reduce overall project CAPEX, making large‑scale solar power more affordable and competitive.
Target Audience
Primary customers are utility‑scale solar developers and EPC firms seeking lower‑cost photovoltaic components to reduce project capital expenditures.
Features
- Direct casting of silicon wafers without ingot slicing, minimizing material loss
- Production workflow designed for high‑volume, utility‑scale manufacturing
- Compatibility with standard photovoltaic cell processes and equipment
- Cost structure that targets a significant reduction versus conventional wafer pricing