Under the impetus of the "dual carbon" goals, the Foshan Meidibiao Electrical Appliance Co.,Ltd.promotes high-temperature steam heat pumps as a powerful new tool for industrial energy conservation. This technology is based on the reverse Carnot cycle. It converts low-grade thermal energy such as industrial wastewater and flue gas at 30-100℃ into high-temperature steam at 120-250℃ and 0.1-2.5MPa through a small amount of electrical energy. The coefficient of performance (COP) reaches 3 to 6, saving 50% to 70% energy compared with traditional electric heating. It operates without combustion and can achieve near-zero carbon emissions. Equipped with an intelligent control system and high-temperature resistant components, it can precisely adjust steam parameters to adapt to different working conditions. Its average annual operation and maintenance cost is only one-third of that of traditional boilers. In industries such as metallurgy and chemical engineering, it can recover waste heat and reduce fuel costs. It is used for district heating together with solar energy and other energy sources. It can also meet the requirements of special scenarios such as sludge drying. With the acceleration of the green transformation of industry, high-temperature steam heat pumps will play a key role in optimizing the energy structure.