Technical Background: The Pain Points of Traditional Generators
In the field of energy conversion, as a core device, generators are widely used in industrial and agricultural production, national defense, science and technology, and daily life. However, traditional rotating generators have two key problems. Firstly, the use of a multi-strand coil structure leads to a complex processing technology and keeps the manufacturing cost at a high level. Secondly, the number of poles of the multi-pole magnetic ring is limited, and it can only reach up to 10 poles at most. With a low magnetic field cutting frequency, it is difficult to improve the power generation efficiency. In response to these pain points, Foshan Shunde Zilon Co., Ltd. has developed a new type of generator component, achieving a dual breakthrough in cost and efficiency through structural innovation.
Core Structure: The Combination of Minimalist Design and High Efficiency
The component uses a D-shaped screw rod as the axis, which runs through the first inner hub, the multi-polar magnetic ring (covered with a protective ring outside to prevent collisions), the stator rubber-coated power generation coil set, and the second inner hub. Through the combination of bearings and gaskets, flexible rotation and stable connection are achieved. Stator Rubber-coated
● Power Generation Coil Set : It adopts a closed structure of "the first/second stop-shaped outer iron shell", with a single-strand winding coil set and a PCB circuit board inside. The single-strand winding simplifies the process and reduces the cost. The exposed stop-shaped iron shell serves as the cutting surface. In combination with the wrapped magnetic ring design, the number of poles is increased to 24/36 poles or more. A slight rotation of the magnetic ring can complete the high-frequency magnetic field cutting.
● Reliability Design : The protective ring protects the magnetic ring, and the stator top cylinder fixes the wires, ensuring the durability of the component and the stability of power generation.
Innovative Advantages: Breaking through Tradition and Upgrading Efficiency
1. Cost Optimization
● Compared with the multi-strand coil, the single-strand winding coil set reduces the consumption of wire materials and the winding process, directly reducing the material and processing costs.
● Standardized components (such as D-shaped screw rods and PCB boards) are easy to purchase and obtain, further reducing the procurement cost.
2. Efficiency Improvement
● Pole Number Breakthrough: Through the structural innovation of wrapping the stator rubber-coated power generation coil set with the multi-polar magnetic ring, the number of positive and negative poles of the magnetic ring can be increased to 24 poles, 36 poles or even more, far exceeding the limitation of the traditional 10 poles.
● Cutting Efficiency: The increase in the number of poles greatly improves the magnetic field cutting frequency. Multiple cuttings can be completed with a slight rotation of the magnetic ring, significantly improving the power generation efficiency.
3. Structural Reliability
● The protective design of the magnetic ring by the protective ring reduces the risk of mechanical damage.
● The cooperation between the bearings and gaskets ensures smooth rotation of the hub and reduces the probability of mechanical failures.
Application Scenarios: A Powerful Tool for Energy Conversion in Diverse Scenarios
With the advantages of high efficiency, low cost, and high reliability, this generator component can be widely applied in the following fields:
◆ Self-power Generation for Mobile Devices : For example, in the self generator wheel systems of the wheels of electric vehicles and robots, it can convert the kinetic energy during movement into electrical energy, thereby extending the battery life.
◆ Renewable Energy Power Generation : It is suitable for small-scale wind energy and hydropower generation devices, enabling efficient capture of natural energy and promoting the application of distributed energy sources.
◆ Auxiliary Power Supply for Industrial Equipment : It provides a stable auxiliary power source for industrial machinery, sensors, etc., reducing the overall energy consumption.
The new type of generator component has successfully solved the problems of high cost and low efficiency of traditional generators through structural innovation and material optimization. Its single-strand winding design and high-pole-number magnetic ring cutting technology have provided a brand-new technical approach for the generator field. With the popularization of renewable energy sources and intelligent devices, this component is expected to play a crucial role in multiple scenarios and drive the development of energy conversion technology towards higher efficiency and lower cost.