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Tag: Materials

New Materials, Efficiency Upgrades Advancing Solar Technologies

December 1, 2021
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| Industry News

The growth curve for solar power continues its upward trajectory, thanks to technologies such as perovskites, heterojunction solar cells, and energy storage systems designed to complement rooftop solar. New inverters and racking solutions are making solar installations more efficient, helping extract more energy from the sun’s rays.

 

There is no shortage of technological advancements in the solar power sector, contributing to renewed growth in the industry after the coronavirus pandemic paused several projects. More countries are turning to solar as they establish decarbonization targets, more companies are setting sustainability goals, and the push for home improvements—an offshoot of the pandemic—has supported residential rooftop solar.

Researchers have continued to develop more-efficient solar energy equipment, and the market is supporting innovation. A two-year extension of the 26% Investment Tax Credit (ITC) for solar power, passed by the U.S. Congress earlier this year, has provided more impetus for homeowners and businesses interested in adding solar.

And an important factor in the growth of solar power may not be a better solar panel or inverter, but rather deployment of energy storage to support solar development.…

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Alternative Materials for Alternative Energy

December 22, 2017
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Moving toward sustainable manufacture of photovoltaics, Dr. Manuela Schiek’s research group in Oldenburg, Germany, has discovered how the latest technology in confocal laser scanning microscopy is enhancing both accuracy and efficiency of their research into organic semiconductors and transparent electrodes.

Harvesting energy directly from the sun in order to generate electricity, solar cells appear to represent the epitome of green energy. But have you ever stopped to consider the manufacturing process?

Take the case of crystalline silicon for example, a main component of conventional solar cells. First, transforming silica ore into its valuable crystallised form requires temperatures above 2,000C. Not only is this an incredibly energy-hungry process, but obtaining ultra-pure silicon also involves several hazardous chemicals and a potent greenhouse gas. Other main offenders in the modern manufacture of many inorganic thin-film solar cells include components comprising the toxic elements selenium and cadmium.

Indium is also a vital ingredient, forming indium tin oxide (ITO), but reserves of this finite resource are estimated to become unviable in the near future, which poses another set of potential challenges.…

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