Make energy products smarter and make human life more low-carbon
About
Changzhou Ainuo Electronic Technology Co., Ltd.
Ainuo Technology's products cover the entire supply chain, from basic to high-end customized thermal management system solutions. Ainuo Technology is committed to becoming one of the top three in the smart energy-saving industry.
Make energy products smarter and make human life lower-carbon.
Committed to becoming a one-stop professional service and solution provider in the field of thermal control.
- Company Establishment / Year
- 2005
- Building Area/㎡
- 49800
- Employees
- 600
- Professional Technicians
- 90
Product Center
PRODUCTS
Industry Solutions
Quality Control
Ainuo Electronics operates a modern quality management system QMS system based on ISO9001:2015 & ATF16949:2016, which comprehensively and detailedly implements effective quality management from all aspects of the factory. Each department has established relevant quality management projects, mastered the methods of quality process control of the production line, and formed a complete quality control system from R&D design, raw material procurement, mold development, production and manufacturing, finished product distribution to technical after-sales support.
Comprehensive Service
Ainuo Technology's products cover the entire supply chain, from basic to high-end customized temperature control solutions. With its many years of experience in the automotive industry, Ainuo Technology is committed to becoming a one-stop professional service and solution provider in the field of thermal control in the fields of new energy vehicles, energy storage, data centers, household appliances, medical beauty, etc.
Technology Leadership
Chip-level cooling and heat dissipation; component-level cooling and heat dissipation; environmental control equipment research and development; liquid cooling equipment research and development; two-phase heat exchange equipment research and development; immersion cooling equipment research and development; large-scale pipe network equipment research and development; structural strength and thermal simulation; two-phase heat exchange and two-phase immersion cutting-edge technology breakthroughs; immersion cooling multi-scenario applications; solid/liquid two-phase heat exchange technology applications..
On April 26-27, 2024, Changzhou Ainuo Electronic Technology Co., Ltd. was invited to participate in the first Global Liquid Cooling Technology Research and Application Conference. The conference brought together more than 300 representatives from authorities, scholars, researchers and upstream and downstream companies engaged in liquid cooling/refrigeration technology research and application from all over the country to discuss the future development of liquid cooling technology.
Brushed motor: We also call it DC motor or carbon brush motor. It is the oldest type of motor and the most common type of motor at present. When the motor is working, the coil and commutator rotate, the magnet and carbon brush do not rotate, and the alternating change of the direction of the coil current is completed by the commutator and brush that rotate with the motor. This type of motor has the advantages of relatively low cost, high torque, simple structure and easy maintenance. However, due to structural limitations, the disadvantages are also obvious: 1. The sparks generated by mechanical commutation cause friction between the commutator and the brush, electromagnetic interference, high noise and short life; 2. The structure is complex, the reliability is poor, there are many faults, and frequent maintenance is required; 3. Due to the existence of the commutator, the further decrease of the rotor inertia is limited, which affects the dynamic performance. Therefore, in the model industry, it is mainly used in car models and ship models that are slow and insensitive to vibration. Brushed motors are rarely used in aircraft models.
Whether it is electrical equipment or electronic equipment, or even motors and transformers, they often have abnormal temperatures when they are about to fail. For example, when motors and transformers are overloaded or short-circuited, the winding temperature will rise sharply; resistors and diodes in electronic circuits will also have abnormal temperature rise before breakdown; contactors and relay coils that are burned due to overvoltage or short-circuit between turns or long-term use in a closed environment. It can be seen that temperature protection for the above equipment has become a very necessary preventive protection measure, so today we will talk about some knowledge in this area.
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