Empowering the New Energy and Power Field, Assisting the Efficient Transformation of Green Energy

With the advancement of the "dual carbon" goal, green and low-carbon development has become an industry consensus. The new energy and power field has entered a golden period of rapid development, with new energy projects such as wind power, photovoltaic power, and energy storage blooming everywhere. The traditional power system is also accelerating its transformation towards cleanliness, low carbon, safety, and efficiency. In this process, higher and stricter requirements have been put forward for the stability, efficiency, adaptability, and environmental protection of electrical equipment. Keeping up with the industry development pace, Shanghai Yimai Electric has proactively deployed in the new energy and power field. Relying on years of technical experience accumulated in electrical equipment R&D and production, we focus on core scenarios such as wind power, photovoltaic power, energy storage, grid-connected power distribution, and microgrids. We specially develop and produce special transformers, voltage stabilization equipment, and supporting solutions suitable for the new energy field, providing solid and reliable electrical support for the construction of a new power system.

Photovoltaic power generation is greatly affected by light intensity and weather changes, while wind power generation relies on wind speed and direction. Both have the problems of unstable power supply and large fluctuations, which put extremely high requirements on the response speed, adjustment accuracy, and stability of grid-connected conversion equipment and voltage regulation equipment in power generation systems. To solve these problems, Shanghai Yimai Electric has set up a professional R&D team dedicated to R&D work targeting the needs of the new energy field. Our custom-developed products such as photovoltaic-specific transformers, wind power supporting transformers, and energy storage-specific voltage stabilizers have a response speed as fast as milliseconds. They can accurately filter power grid harmonics, efficiently adjust three-phase balance, effectively smooth voltage fluctuations and interference during new energy power generation, ensure stable grid connection and efficient conversion of electricity, reduce the curtailment of wind and solar power, and improve the utilization efficiency of new energy. At the same time, these products can also be widely applied to multiple scenarios such as energy storage system charging and discharging control, industrial power distribution voltage stabilization, and microgrid power supply regulation. Through strict insulation protection design, efficient energy conversion technology, and low-loss product structure, they not only ensure the safe and stable transmission of electricity but also achieve energy conservation and consumption reduction, conforming to the green development needs of the new energy field.