Revolutionary application of magnesium hydroxide in solar energy technology

As a clean and renewable energy source, solar energy occupies an increasingly important position in the global energy structure. With the continuous advancement of solar energy technology, magnesium hydroxide (Mg(OH)₂), as a key material, has been increasingly concerned in solar energy technology. This article will explore the application of magnesium hydroxide in solar energy technology and analyze its important role in improving the efficiency of solar energy utilization.

1. Improving the efficiency of solar cells

Magnesium hydroxide is widely used to improve the light absorption effect and electron transmission efficiency of solar cells due to its transparent conductive properties. This material can improve the energy conversion efficiency of the battery. At the same time, due to its high thermal stability and chemical inertness, it can resist the corrosion of ultraviolet light and corrosive substances, thereby improving the life and stability of solar cells.

2. Solar thermal power generation technology

Solar thermal power generation technology converts solar energy into thermal energy and then generates electricity, among which energy storage technology is the key. Magnesium hydroxide, as a medium- and high-temperature chemical heat storage material, completes heat storage and release through dehydration and hydration reactions, providing an efficient energy storage solution for solar thermal power generation. This heat storage method has high energy storage density, long-term storage capacity and a wide temperature range, and is an important development direction in future solar thermal power generation technology.

3. Application of solar collectors

In solar collectors, the application of magnesium hydroxide also shows great potential. By optimizing the resin weight ratio, an anti-oxidation high-efficiency selective heat absorption film layer was developed, which effectively solved the corrosion and aging problems of the solar collector plate core and improved the service life and system application performance of the solar collector.

4. Diversified development of solar thermal utilization technology

With the advancement of the "dual carbon" goals, the application of solar thermal utilization technology in heating, refrigeration, industry and agriculture has gradually increased, and the application form is developing in a diversified way. As a key material, the application of magnesium hydroxide in these fields will further promote the innovation and development of solar thermal utilization technology.

The application of magnesium hydroxide in solar energy technology not only improves the efficiency of solar cells, but also plays an important role in solar thermal power generation and collector technology. With the continuous advancement of technology and the deepening of application, magnesium hydroxide has broad application prospects in the field of solar energy and is expected to become one of the key materials to promote the development of solar energy technology.