5results about How to "Consistent heat dissipation" patented technology

The application relates to the technical field of electric machines, in particular to an axial flux motor. The axial flux motor comprises an output shaft, a stator and an adjusting mechanism, the stator comprises a plurality of iron cores, an installation channel is formed in the middle of each iron core, and the installation channel is filled with cooling liquid. The adjusting mechanism comprises a plurality of adjusting components, and each adjusting component comprises a heat equalizing ring. The heat equalizing ring is used for contacting the iron core to enhance the heat dissipation effect of the iron core. A silk screen is arranged in the heat equalizing ring, and the heat equalizing ring is filled with working liquid. The overall density of the heat equalizing ring is smaller than the density of the cooling liquid. When the output shaft is vertically arranged, the heat equalizing ring increases the contact area between the heat equalizing ring and the upper part of the iron core through floating, so as to compensate the influence of gravity on the capillary effect and realize uniform heat dissipation of the upper part and the lower part of the iron core. The axial flux motor is provided to solve the problems of low heat dissipation efficiency and uneven heat dissipation of the existing axial flux motor.

This invention discloses a cooling device and a controller for a controller. The cooling device for the controller includes a housing and a flow control structure. The housing defines a cooling channel. The flow control structure is disposed within the cooling channel and includes multiple partition plates. The partition plates divide the cooling channel into multiple liquid flow spaces in the direction of liquid flow within the cooling channel. Multiple through holes are formed on the partition plates, connecting two adjacent liquid flow spaces. In the direction of liquid flow within the cooling channel, the flow area of ​​the multiple through holes on the upstream partition plate is smaller than that on the downstream partition plate. This results in a more consistent overall heat dissipation effect, a more balanced overall temperature, and better cooling performance, making the controller safer to operate and extending its service life.

The utility model discloses a direct current high -voltage generator with heat abstractor, related to direct current high -voltage generator technical field, this direct current high -voltage generator with heat abstractor includes control machine case, and the below of control machine case is equipped with heat abstractor, and control machine case is connected with high pressure cylinder through high -voltage line and ground wire, the heat abstractor includes with control machine case sliding fit's support base, and both ends of support base all are fixedly connected with end portion connecting cover, the active coupling of every end portion connecting cover has the turnover frame, and the symmetrical fixed connection of turnover frame has heat dissipation fan, the utility model discloses, the top of control machine case and the bottom of outlet hole all are equipped with outlet hole, and cooperate the heat dissipation fan of control machine case below setting, make the airflow flow from top to bottom to guarantee the electronic device heat dissipation effect of any position in control machine case is consistent to improve the heat dissipation effect of this direct current high -voltage generator.

The application provides a liquid cooling pipeline construction method and device of an energy storage system, electronic equipment and a medium. The method comprises the following steps: constructing a liquid cooling pipeline model based on pipeline layout information of the liquid cooling pipeline, adjusting a pipe diameter parameter of at least one secondary branch, simulating a flow state of the cooling liquid in the adjusted liquid cooling pipeline model until flow distribution data of the liquid cooling pipeline model meets a preset flow balance target, and then constructing the liquid cooling pipeline of the energy storage system based on a corresponding differentiated pipe diameter combination of the adjusted liquid cooling pipeline model. The method compensates for the difference in the resistance along the pipeline by adjusting the pipe diameter parameter of the branch, obtains the adjusted liquid cooling pipeline model meeting the flow balance target, constructs the liquid cooling pipeline of the energy storage system based on the adjusted liquid cooling pipeline model, ensures that the flow of each branch tends to be consistent, meets the high-precision balance requirement of the energy storage system, makes the heat dissipation effects of the battery packs in each branch consistent, and thus helps to improve the service life of the energy storage system.

The invention discloses a centrifugal heat dissipation ultrathin brushless direct current motor, which comprises a stator assembly and a rotor assembly rotatably arranged in the stator assembly, and is characterized in that a closed annular cavity is formed in the rotor assembly, and the cavity is filled with a phase change working medium and is provided with a capillary structure. According to the invention, when the motor runs, centrifugal force generated by high-speed rotation of the rotor drives a working medium in the cavity to generate circulating phase change, the heat of the rotor is efficiently transferred to the periphery of the rotor, the inner side of the end cover is provided with static cooling fins, and the static cooling fins are thermally coupled with the outer surface of the rotor through micro axial air gaps, so that final heat dissipation is completed. A heat dissipation system is completely arranged in the rotor, all external heat dissipation parts are omitted, structural integration, efficient heat dissipation, reliable sealing and silence operation are achieved, working medium circulation is guided by centrifugal force and assisted by capillary force, the motor can keep consistent heat dissipation performance in various space postures, and the service life of the motor is prolonged. And the motor is especially suitable for the field of motor driving with higher requirements on space and reliability.