According to foreign media reports, scientists are looking for an economical and efficient way to capture, store and release solar energy. Swedish researchers say they have found a solution that can apply solar energy to a range of consumer applications to heat vehicles.
Scientists at Chalmers University of Technology in Gothenburg, Sweden have found a method. The Kasper Moth-Poulsen method aims to store the energy of the sun's rays as chemical energy from summer to winter-or as long as 18 years. The system has a liquid molecule composed of carbon, hydrogen and nitrogen, which is the initial part of the system. Moth-Poulsen, a 40-year-old professor in the Department of Chemistry and Chemical Engineering, said the energy storage device is extremely stable and has a lifespan that is 5 to 10 years longer than typical lithium-ion batteries on the market.
The most advanced and potentially commercially valuable part developed by the team is a transparent coating that can collect solar energy and release heat, reducing the power required to heat the space and suppressing carbon emissions. At present, the researchers applied the coating to an entire building on campus to demonstrate the technology. The researchers said that the ideal early use of this technology was in a relatively small space, "may be able to heat electric cars or houses." The research team is committed to using molecular thermal solar energy systems to solve 15 issues of climate change research One of the groups, one of the motivations for the research comes from the "Paris Agreement", which requires signatory countries to control global temperature rise within 1.5 degrees Celsius.
The system does not require any rare or expensive elements, so it can have cost advantages. Jeffrey Grossman, a professor of materials science and engineering at the Massachusetts Institute of Technology, is also developing energy storage molecules. He said that the research at Chalmers University of Technology is crucial and can allow us to see the commercialization of energy conversion methods.
Professor Moth-Poulsen plans to set up a spin-off company to advance the technology, and said that he is negotiating with several venture capital investors. According to his estimation, the energy storage device can be commercialized in only 6 years, and the coating needs 3 years, and it is estimated that another 50 million US dollars will be needed to bring the coating to the market. In May this year, the solar project won the Arnbergska Award from the Royal Swedish Academy of Sciences. (Author: Rosanna quiet)
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