1. China's electric bicycles have always been in the leading position in the world in the application of torque sensor technology and integrated circuit controller technology. Powerful enterprises have applied integrated electronics and digital technology to controllers, motor valve controls, charging controls and other components. Intelligent electric bicycles will be the commanding heights of future development.
2. The traditional lead-acid battery has become the fatal weakness of electric bicycle due to its potential to cause secondary pollution, heavy weight, slow charging speed and short service life. The application technology of Ni MH battery in China has gradually matured. Once the safety problem of lithium battery is solved, it can also be popularized. The technologically advanced electric bicycle manufacturers should increase the research on new energy, reduce the cost of new batteries, and provide a stronger "life source" for electric bicycles.
3. Strengthen the research on charging technology, greatly improve the charging efficiency and prolong the service life of the battery. According to the research of relevant experts, 80% of the damaged batteries in the market are damaged by low-quality chargers. There are high-tech companies in China that have started research in this field, changing the conventional charging into variable amplitude pulse and digital control technology, effectively controlling the water loss of the battery during charging, ensuring the balance of charging, and improving the service life of the battery.
4. The high-tech composite materials and high-strength light alloy materials will be more used in the manufacture of electric bicycles. While successfully applying aluminum alloy materials, light and high strength materials such as titanium alloy, chromium molybdenum steel, carbon fiber and other polymer composites are used. Increase the strength of electric bicycles and reduce the weight of electric bicycles. This will revolutionize the performance and manufacturing process of bicycles.
5. Strengthen the research on electric bicycle motors, develop and apply new energy efficient energy-saving motors, and highly efficient compensation motors to further improve the energy efficiency of electric bicycles.
6. Accelerate the application of new international technologies and materials, and use nanomaterials in the production of tires, batteries and accessories to make electric bicycles lighter, faster and farther.
7. More widely apply computer and microelectronics technology to the design of electric bicycle products, mold processing and production process, continuously improve the degree of production automation and improve production technology.
8. Electric bicycle manufacturers cooperate with national research institutes and universities to systematically improve the scientific and technological content of products, form technologies and products with independent intellectual property rights, and continue to maintain a leading position in the field of electric bicycle technology in the world.
