High-voltage transformer manufacturers need to carefully consider how to improve and innovate high-voltage transformers. The key to achieving innovation and technological research in high-voltage transformers lies in talent. In recent years, the country has also vigorously promoted education, cultivating a group of highly skilled professionals for society.
Experts believe that in high-power markets such as electric vehicles and new energy, ensuring efficiency while maintaining safety and high performance is crucial for transformer products, with an emphasis on safety. Especially for electric vehicles, the requirements for low cost, compact size, and fast charging put higher performance demands on transformers and electronic components such as power supplies. In charging station applications, transformers primarily range from 10KW to 100KW in power. For photovoltaic and wind energy fields, high-frequency switched high-voltage transformers with output power of up to 1000KW can be deployed. In such applications, transformers generally work in combination with inductive components to perform voltage transformation, filtering, and energy storage. They are the core high-power components and a key and challenging aspect in the design of these devices.

In the field of smart meters, 130 million smart meters have been installed, and the government expects to invest 38 billion yuan over the next five years. This will facilitate the transition of electricity meters from mechanical to electronic and gradually to intelligent devices. Unlike traditional meters, smart meters require bidirectional real-time communication, feature interactivity, and can provide real-time data, making real-time electricity pricing, tiered pricing, and power supply choices possible.

Transformers in smart meters work in conjunction with chips. Smart meters integrate measurement, communication, microelectronics, digital signal processing, and computer technology. Functionally, in addition to traditional meters mainly performing energy metering and display, smart meters include energy measurement, multifunctional electrical parameter measurement, rate control, prepaid and load control, data processing and storage, communication, and display.
    Besides these hot sectors where demand for high-voltage transformers is strong, markets such as UPS also continue to see sustained demand for high-voltage transformer products. Due to increased power quality requirements across industries, particularly for the reliability of data processing, sectors such as banking, industry and commerce, taxation, and public security have enhanced demand for UPS transformers. Furthermore, the market for charging methods for portable devices like mobile phones has also introduced new requirements, favoring more convenient wireless charging modes, making wireless chargers a new growth area for high-voltage transformers.

Comprehensively promoting production efficiency, sustainable development levels, technological innovation, and economic growth. The low-carbon era of the electrical industry is increasingly gaining public attention. In recent years, the country has accelerated its development in this regard.

With the development of China’s economy and the electric power market, demand for power equipment, especially distribution transformers, has been steadily increasing in recent years. While this industry trend brings promising opportunities for transformer manufacturers, problems such as high transmission and distribution losses, low power utilization, and industry overcapacity pose severe challenges for transformer companies. Globally, there is a call for a low-carbon society, and enterprises that lack technological innovation awareness will need to accelerate the elimination of high-consumption, high-pollution outdated processes and production capabilities. If high-voltage transformer manufacturers fail to improve energy-saving technologies and optimize industrial structures and production processes, and do not steadily enhance transformer efficiency, they will lose market competitiveness and eventually be phased out.