Solar Energy

Solar Energy

Solar energy has the potential to provide seemingly unlimited power to the world. Stanford Advanced Materials (SAM) provides materials for solar energy research projects in many universities and companies. For example, we offer rhenium, which has broad application prospects on solar cells as a photosensitive dye that absorbs solar energy. Copper indium gallium selenide thin-film solar cells offer low production cost, low pollution, and good performance under low light. The photoelectric conversion efficiency ranks first among various thin-film solar cells and is internationally known as a very promising new thin-film solar cell.

APPLICATION

Innovation Case Study

Products

Cadmium Telluride for Solar Energy

--The Challenge

In its quest for high-quality Cadmium Telluride Materials in solar energy technology, a customer turned to the guidance offered by SAM. SAM, with its expertise in materials science and renewable energy applications, had put forth a series of recommendations tailored to optimizing CdTe's potential within the realm of solar energy.

--The Solution

The following specifications of Cadmium Telluride Products are recommended:

Cell Size: The choice of cell size is important for balancing efficiency, manufacturing costs, and scalability. Common CdTe Solar Cell specifications on the market include 3 inches, 4 inches, and 6 inches. Among them, the 4-inch CdTe Solar Cell has higher efficiency and lower manufacturing costs, which is suitable for large-scale production and commercial applications.
Purity: Purity is indeed a critical factor affecting solar cell efficiency. Higher purity CdTe Material allows for better charge carrier transport and reduces defects that can limit performance. A purity level of 99.99% or higher is recommended to achieve optimal conversion efficiency.
Crystal Structure: The quality of the crystal structure in CdTe Material is directly tied to the performance and lifespan of the solar cell. A well-defined crystal structure helps minimize defects and enhance the transport of charge carriers.

--The Results

These considerations highlighted the importance of material quality in CdTe Solar Cell production. Therefore, customers could get CdTe Material that maximizes efficiency, stability, and long-term performance.

Conclusion

Overall, CdTe Solar Cells offer a promising option for large-scale solar energy generation thanks to their large light absorptivity, high transfer efficiency, and perfect bandgap, which comes with high efficiency and low manufacturing costs. Stanford Advanced Materials (SAM) stands as a reliable source for an array of Cadmium Telluride Compounds. We also offer customized products. Send us an inquiry if you are interested.

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