Electric forklifts use regenerative braking to reduce mechanical wear. Regenerative braking is a non-contact braking system that is greatly simplified compared to traditional braking systems. Whether the driver presses the brake pedal or switches the direction of travel to brake, the motor will be in the generator state, and its electromagnetic torque will become the torque of the braking characteristics. This means that the wear of the brake pads is minimal. And it greatly reduces mechanical wear and also reduces the maintenance costs of forklifts, resulting in a reduction in operating costs. The efficiency of AC motors is higher during driving and braking. Regenerative energy will be generated during braking or reversing. The stronger the brake, the more energy is regenerated. When braking or reversing, the accumulator of the AC transmission system will automatically start, returning energy to the battery, extending its service life. Although some DC drive forklifts also use regenerative braking, they can only be started under strong braking, which also means that a portion of the regenerated energy is converted into heat during braking.

The widespread application of electronics has promoted the emergence of many interdisciplinary advanced design methods and the development of modern manufacturing and testing technologies. The fierce competition in the international market is increasingly reliant on technological competition. All of this has prompted the technical performance of logistics machinery to enter a new stage of development, and Wuxi electric forklifts are undergoing a profound transformation. Wuxi electric forklifts are developing towards both large and medium-sized poles. Due to the need for vertical wood loading and unloading, as well as the expansion of the use range of electric forklifts to mines and ports, there is a need for large capacity and high-power electric forklifts. At the same time, small projects such as urban ring protection are increasing. At the same time, small projects such as urban ring protection require the development of electric forklifts towards miniaturization.

The speed of China's logistics forklift manufacturing industry entering the globalized international competitive market, facing a new situation where opportunities and challenges coexist, continuous development and innovation are the key to China's logistics electric forklift industry. Forklifts are a wide range of engineering machinery products, widely used in various economic fields. Although there are many uncertainties and unfavorable factors, the overall prospects of China's forklift industry are still optimistic. At the same time, the competition in the forklift market is becoming increasingly fierce, and foreign enterprises have occupied the market and are beginning to shift towards the mid to low end market. Faced with development opportunities and fierce competition, the future development of electric forklift products has become the focus of industry attention.

In China, this trend is gradually emerging in electric forklifts, from early manual handling trucks and manual stacking trucks to internal combustion forklifts, all electric stacking trucks, and Wuxi electric forklifts. Due to factors such as low prices, poor product quality, and inadequate after-sales service, it seriously restricts the enthusiasm of Chinese enterprises to improve product quality and technical level, leading to a vicious cycle in the entire industry chain, greatly hindering the technological upgrading and development of the entire industry, and greatly hindering international competition for China's technological progress. Therefore, improving the overall technology and industry product quality of the country is an urgent task. On the other hand, foreign investment exclusively enjoys the entire industry automotive market. Foreign invested and joint venture enterprises have brought high-quality forklift equipment to the market due to their early development, emphasis on product quality control, strict management, and strict supply chain management.