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A Global Solar Cell Model Is Made by Researchers and Is On Open Access

Solar cells are currently the world’s most discussed renewable energy supply, and for any future sustainable energy system, it’s essential to know about the efficiency of photovoltaic systems at local, regional and global levels. Danish researchers have arranged a historically correct model, and all the information has been made accessible for anyone who needs to use it.

Solar power is advancing in earnest all through the entire world. Over the past three years, extra photovoltaic (PV) installations have been put in globally than another energy source, and the annual growth rate between 2010 and 2017 was as high as 24%.

In global terms, it has been predicted that solar energy will play the same function to wind energy within the sustainable energy systems of the future. However, this requires exact models for a way many energy PV systems produce.

Danish researchers have now developed these models in a significant research project at the Department of Engineering, Aarhus University, and the results have been printed within the journal Progress in Photovoltaics.

We’ve collected 38 years of global solar radiation, weather and temperature data with a spatial resolution of 40 km x 40 km for all the globe, and in contrast this with historical data for photovoltaic installations in Europe. Based mostly on this, we have made a correct model that, at the world, regional and local levels, can let you know about the performance of PV installations in a given geography, relying on the kind of facility getting used. This means we can look at not solely a single set up, however power production in entire countries or continents from PV installations. That is extraordinarily essential for the best way through which the energy programs of the long run may be mixed to function optimally,” says Assistant Professor Marta Victoria, who has been liable for the mission.

All the data within the model has been made available to everybody through Open Licence.

The project is a part of the RE-Invest project, which is being funded by Innovation Fund Denmark, and which brings a lot of Danish and international universities and companies collectively to create the energy system of the future.

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