Firstly, the development of new energy sources will change the energy mix, which will have an impact on the development of the steel industry. The traditional steel production process relies mainly on high-carbon fossil energy sources, such as coal and oil, which release large amounts of greenhouse gases such as carbon dioxide. The popularisation and use of new energy sources will reduce the demand for these energy sources, reducing carbon emissions. Driven by new energy development, it is foreseeable that the steel industry will gradually shift to cleaner energy sources and change the production process in the future, which will lead to changes in the demand for various alloy materials.
Secondly, new energy development will promote the transformation and upgrading of the automotive industry, which will have an impact on the demand for medium-carbon manganese ferroalloys. With the rapid development of electric vehicle and hybrid vehicle market, the traditional fuel vehicle market is gradually shrinking. Battery is the core component of electric vehicles, in which the positive material needs a large amount of manganese, and medium carbon manganese ferroalloy is one of the important raw materials of manganese. Therefore, with the expansion of the electric vehicle market, the demand for medium carbon manganese ferroalloy is expected to increase.
In addition, the development of new energy will also promote the change of the demand for materials in the iron and steel industry, thus affecting the market demand for which medium carbon manganese ferroalloy is the best. For example, in the field of wind power, one of the core parts of wind turbine is wind turbine tower. The traditional wind turbine tower is mostly made of ordinary steel, but this material is prone to fatigue fracture under the impact of wind power for a long time. In order to improve the safety and durability of wind turbine towers, medium-carbon manganese-iron alloys have gradually been introduced to enhance the seismic stability of the towers. Therefore, with the rapid development of wind power generation, the demand for medium carbon manganese ferroalloys is expected to increase.
In addition, the development of new energy sources will also drive the steel industry to improve quality and technology requirements, which will affect the market demand for medium carbon manganese ferroalloys. New energy equipment requires higher quality materials, such as higher heat resistance and corrosion resistance. For medium carbon manganese ferroalloys, the content of its alloying element manganese determines its high temperature resistance, while the content of its alloying element carbon determines its corrosion resistance. With the increasing demand for high-quality medium-carbon manganese ferroalloys, the iron and steel industry will increase the research and development and improvement of medium-carbon manganese ferroalloy production technology to meet the material requirements of new energy equipment, which further promotes the market demand for medium-carbon manganese ferroalloys.
