In the wave of global energy transformation, silicone materials have become an indispensable "invisible promoter" in the new energy industry chain with their unique chemical structure and excellent performance. From photovoltaic modules to lithium batteries, from hydrogen energy storage and transportation to new energy vehicles, silicone is reshaping the energy technology landscape with a versatile attitude.

1. The "protective shield" of photovoltaic modules
In the field of solar photovoltaics, silicone materials are the core materials for improving the efficiency and life of modules. Its weather resistance, insulation and UV resistance make it the first choice for battery packaging, anti-reflective coatings and thermal conductive materials. For example, the flame-retardant coating based on silicone resin developed by Jiangsu Zhonglai New Materials Technology has significantly improved the fire resistance and adhesion of photovoltaic panels through the compounding of silicone and polyester resin, and extended the service life of modules in extreme environments. Zhejiang Dimai New Materials has developed a high-insulating silicone film through cross-linking and curing technology, which effectively prevents sodium ion migration, reduces the PID effect, and ensures the long-term stable operation of photovoltaic systems.

2. "Safety Guard" of Lithium Batteries
In the field of lithium batteries, silicone materials protect battery safety through three functions: encapsulation, thermal conductivity and electrode protection. Silicone rubber is widely used in battery shell encapsulation to prevent electrolyte leakage due to its elastic sealing performance; silicone oil, as a thermal conductive medium, can quickly transfer heat to prevent battery overheating; silicone resin coating improves battery cycle life by inhibiting the growth of lithium dendrites. For example, the lithium battery potting glue launched by Zhaoshun Technology has low specific gravity, high thermal conductivity and flame retardant properties, maximizing energy density while ensuring safety.

3. "Storage and Transportation Pioneer" of Hydrogen Energy Industry
As a representative of future clean energy, hydrogen energy's storage and transportation technology is a bottleneck for industrial development. With its high adsorption and structural adjustability, silicone materials have shown great potential in the field of low-temperature hydrogen storage. By contacting silicone materials with oxygen, efficient hydrogen storage under low pressure can be achieved, and the adsorption and desorption temperatures can be regulated by chemical modification. In addition, the application of silicone in hydrogen sensors, proton exchange membranes and other fields is driving the hydrogen energy industry chain to develop in a more efficient and safer direction.

With its "all-round" characteristics, silicone materials have become a key support for the upgrading of the new energy industry. With the continuous breakthroughs in technology, this invisible promoter will continue to empower the green energy revolution and inject new impetus into the sustainable development of human society.