Silicone and New Energy Fields
Nov 1, 2024
The application of silicones in solar photovoltaics, hydrogen and other renewable energy technologies can help promote green energy development.
Silicone is an organic compound composed of carbon, hydrogen, oxygen and silicon, and has the characteristics of good chemical stability, strong weather resistance, high mechanical strength and excellent insulation performance. As a high-performance new chemical material with diverse forms and a wide variety of varieties, these characteristics and advantages make it widely used in many fields such as building materials, electronics and electrical, communications and semiconductors, daily chemical textiles and new energy. Especially today, when the global energy crisis is becoming increasingly severe, as a green new material that is independent of oil dependence, silicone has a wide range of applications in the field of new energy and has broad prospects.
With the current global energy demand growing continuously, seeking new energy storage methods has become an important issue of concern in the energy industry. As a clean and efficient energy source, the storage of hydrogen is one of the bottlenecks restricting the development of the hydrogen energy industry. The application of organosilicon in low-temperature hydrogen storage makes it a new type of hydrogen storage material that has attracted much attention. Low-temperature hydrogen storage refers to compressing and storing hydrogen at low temperatures to increase the density and storage capacity of hydrogen. The application of organosilicon in low-temperature hydrogen storage is mainly to contact organic brick materials with oxygen to make them adsorb hydrogen, and then store the hydrogen at low temperatures. Organosilicon materials have a high adsorption capacity and can adsorb a large amount of hydrogen at low pressure, thereby increasing the hydrogen storage density. At the same time, the aSilicone Resin Adhesive,Acrylic Modified Silicone Resin Emulsion,Silicone Resin of mica plate,
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djustable structure and chemical composition of organosilicon materials can flexibly control and change their ability to adsorb hydrogen and the temperature of desorption of hydrogen. In addition to being a low-temperature adsorption material, organosilicon also has good application prospects in the fields of hydrogen transmission and separation, preparation of hydrogen sensors and hydrogen fuel cells.
Photovoltaic technology is a renewable energy technology that uses the photoelectric effect to convert solar energy into electrical energy. In photovoltaic systems, silicone, as an important material, has unique advantages and application value. Solar cells have physical and chemical characteristics such as thinness, brittleness, and easy oxidation. They are easily damaged by long-term exposure to natural conditions such as extreme temperatures, strong ultraviolet rays, wind and rain. Since silicone adhesives have good weather resistance, sealing and electrical insulation, they are widely used in the production of battery module packaging (including solar cell packaging, photovoltaic backplanes, photovoltaic sealants, and photovoltaic tape preparation, etc.), which can improve the stability and reliability of photovoltaic systems and extend their service life.
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