In what is thought to be the world's first single-axis solar tracking system featuring thin-film photovoltaic cells, the Robert O. Schulz Solar Farm will provide a unique cost-benefit analysis comparing two photovoltaic technologies.
Crystalline panels and thin-film solar panels will be measured to see how they perform under a range of climatic conditions.
The two distinct solar energy solutions are part the new project between Denver-based Conergy Americas and officials at California's South San Joaquin Irrigation District (SSJID.)
Implications - The system, which debuted in late march, will save nearly half a million dollars for the irrigation district in utility costs, and will in fact make millions of dollars for the district in state cash incentives. Amidst the stat-wide water crisis, the project, which is in its second phase, will stabilize consumer costs.
California Sun Power
Solar Tracker & Thin-Film Combo Optimizes All Weather Solar Energy Yields
Trend Themes
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Single-axis Solar Tracking System — Opportunity for developing advanced solar tracking systems that optimize energy yields.
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Thin-film Photovoltaic Technology — Potential for disruptive innovation in the thin-film solar panel industry by comparing its performance with crystalline panels under different weather conditions.
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Cost-benefit Analysis of Photovoltaic Technologies — Opportunity to analyze the economic viability of different solar energy solutions to determine the most cost-effective option.
Industry Implications
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Solar Energy — Potential for disruptive innovation in the solar energy industry through the development of more efficient and cost-effective solar tracking systems.
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Renewable Energy — Opportunity for the renewable energy industry to explore the potential of thin-film photovoltaic technology as a viable alternative to traditional crystalline panels.
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Water Conservation — Potential for the water conservation industry to utilize solar energy solutions as a means to stabilize consumer costs and save utility expenses amidst water crises.