Fans can save energy and develop efficient products, which is key

Fans can save energy and develop efficient products, which is the key. With the deepening of the dual carbon goal and the continuous efforts of energy-saving and carbon reduction policies, fans, as universal equipment covering multiple scenarios such as household, industrial, and commercial use, continue to unleash their energy-saving potential. "Saving energy and developing efficient products" has become the core key to promoting high-quality development of the industry, which not only conforms to the national green development orientation, but also provides important support for enterprises to reduce costs, increase efficiency, and consumers to improve quality and reduce consumption, promoting the steady transformation of the fan industry from "scale expansion" to "quality upgrading".

Currently, the fan industry is facing dual opportunities of consumption upgrading and policy guidance. Traditional fans have gradually become more prominent in terms of high energy consumption, insufficient efficiency, and limited adaptability, making it difficult to meet the energy-saving needs and diversified usage scenarios of the new era. The industry consensus is clear: the core competitiveness of the fan industry ultimately lies in breakthroughs in energy-saving technology and the research and development of efficient products. Only by focusing on energy conservation and deepening the development of efficient products can we break through the bottleneck of industry development and achieve sustainable development. This concept not only runs through the entire process of enterprise research and development, production, and sales, but also becomes the core guide for industry transformation and upgrading.

The reporter visited industry enterprises and markets to learn that more and more companies have made "energy conservation" and "efficiency" the core goals of product research and development, and have launched multiple high-efficiency energy-saving fan products that are suitable for different scenarios. Their energy-saving advantages and usage efficiency have been fully verified in multiple fields. In household scenarios, Diamond's first level energy-efficient floor fan adopts DC frequency conversion technology and seven biomimetic fan blade design, with a minimum power of 18W. While providing strong wind power and comfortable experience, it significantly reduces energy consumption compared to traditional products and has gained widespread market recognition for its high cost-effectiveness. In industrial settings, the Bergfeld industrial fan is equipped with a self-developed HVLS-PMSM permanent magnet synchronous motor, with a single power of only 1.5kW. Compared with air conditioning, it saves 60% -80% of electricity with the same cooling effect. A single fan can cover a space of 1000 square meters, effectively solving the pain point of high cooling energy consumption in tall factories. It has been applied in workshops of central enterprises such as China Aerospace and CRRC.

The research and promotion of high-efficiency fan products cannot be separated from the continuous breakthroughs and innovative empowerment of energy-saving technologies. At present, the industry has achieved multiple breakthroughs in core areas such as motor technology, fan blade design, and intelligent control, providing solid support for the landing of energy-saving and efficient products. In terms of motors, the popularity of energy-saving motors such as permanent magnet synchronous motors and wide range high-efficiency motors continues to increase, with energy efficiency improved by more than 40% compared to traditional motors, effectively reducing core energy consumption; In terms of fan blade design, CFD flow field simulation optimization is used, and structures such as aviation airfoils and biomimetic serrations are adopted to increase air volume while suppressing noise, achieving the triple advantages of "high air volume, low energy consumption, and low noise"; In terms of intelligent control, the application of technologies such as PWM speed regulation and temperature and humidity sensing automatic adjustment allows fans to dynamically adjust their operating status according to the environment and demand, avoiding ineffective energy consumption and further improving usage efficiency and energy-saving effects.

Industry experts say that as a widely used universal device, the release of energy-saving potential of fans is of great significance for reducing energy consumption in the whole society, and the development of efficient products is the key path to achieving this goal. Currently, the "Implementation Plan for High Quality Development of Energy saving Equipment (2026-2028)" issued by the Ministry of Industry and Information Technology and four other departments clearly proposes to promote the upgrading of energy-saving equipment such as fans, and by 2028, the proportion of newly added energy-saving equipment will reach 35%, providing policy guidance and guarantee for the development of high-efficiency fan products. Efficient fan products can not only help industrial enterprises reduce operating costs and ordinary households reduce electricity expenses, but also assist various industries in achieving energy-saving and carbon reduction goals. They are in line with the development trend of green consumption and green manufacturing, and are important livelihood and industrial equipment to promote the implementation of dual carbon goals.

With the increasing policy support and continuous deepening of technological innovation, the application scenarios of high-efficiency fan products are constantly expanding, from household floor fans and industrial fans to multiple fields such as cold chain logistics, agricultural breeding, and data centers. Industry enterprises are increasing their R&D investment, focusing on breakthroughs in energy-saving technologies and efficient product iteration. On the one hand, they are promoting the localization and substitution of core components, reducing costs, and improving reliability; On the other hand, we are deeply cultivating segmented scenarios and launching customized and efficient products, such as low-power models for outdoor portable fans and low-temperature resistant models for cold storage, further unleashing the potential for energy conservation. In the future, with the deep integration of IoT and artificial intelligence technologies, efficient fans will develop towards intelligence, scenarization, and clustering, continuously optimizing energy-saving effects and user experience, with "energy conservation as the core and efficiency as the priority", promoting the industry to achieve higher quality development, and injecting lasting power into green and low-carbon development.