Solar Energy Companies Collaborate for Innovation

January 7, 2013
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First Solar Expands 2013 Partnership with Intermolecular for Solar Energy Companies

First Solar is expanding its collaboration and licensing agreement with Intermolecular Inc. The companies want to speed up research and development of advanced solar materials. Their goal is to deliver higher-efficiency, lower-cost solar panels.

Solar Energy Companies Focus on High Productivity Research

First Solar will continue using Intermolecular’s High Productivity Combinatorial (HPC) technology. This approach allows rapid testing of new materials and production methods. It can cut development time and lower costs.

Moreover, HPC tools help engineers evaluate thousands of material variations quickly. They can find better-performing designs faster than with traditional lab research. As a result, First Solar hopes to boost the efficiency of its cadmium telluride (CdTe) thin-film modules.

A Year of Proven Collaboration

The companies have worked together for over a year. That initial phase already delivered promising results. First Solar saw clear improvements in materials research and manufacturing processes.

Therefore, the companies agreed to extend and broaden the deal. They want to continue exploring new ways to enhance solar cell performance. By deepening the partnership, they can focus on practical solutions that lower the cost of solar electricity.

Strengthening Market Leadership

First Solar’s CEO in 2013, Jim Hughes, says the agreement shows a strong commitment to innovation. He believes advanced materials are critical for reducing the cost of solar energy.

By making solar cheaper, First Solar hopes to expand global access to clean power. Higher efficiency panels mean more energy from the same space. That reduces costs for homeowners, businesses, and utilities.

Meanwhile, Intermolecular benefits from licensing revenue and deeper ties to the renewable energy sector. Their HPC platform, first developed for semiconductors, has proven valuable in solar R&D.

Driving Clean Energy Forward

This expanded partnership comes at an important time. In 2013, global demand for solar is growing fast. Governments and businesses want to cut carbon emissions and reduce reliance on fossil fuels.

However, to stay competitive, solar companies must keep improving efficiency and lowering costs. Collaborations like this one help make those advances possible.

By working together, First Solar and Intermolecular can speed up innovation. They aim to deliver better technology that makes solar energy even more affordable and sustainable.

Building the Future of Solar

Industry experts see these kinds of partnerships as essential for clean energy growth. Rapid R&D cycles allow companies to respond to changing market needs.

Moreover, advanced materials research opens new possibilities for solar deployment in more places. Higher-efficiency panels can work better in challenging climates or limited spaces.

Engineers in a solar research lab examine a thin-film CdTe module, illustrating advanced materials testing and collaboration.
Researchers test new materials for thin-film solar modules, part of a collaborative effort to improve efficiency and lower costs.

First Solar’s expanded deal with Intermolecular reflects a broader trend. Companies are investing in technology partnerships to strengthen their position in a highly competitive market.

As the world pushes for more clean energy, these efforts will play a vital role. They help ensure solar power remains a key solution for meeting global energy needs while cutting carbon emissions.

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