the project aims at technological innovation and energy conservation. under the strict condition of cost control, a rapid and accurate investigation of the equipment at the project site was conducted, and a new type of air-cooled three-phase permanent magnet synchronous motor system was developed, replacing the original asynchronous motor hydraulic coupler reducer drive system with a permanent magnet synchronous motor, achieving gearless equipment, thereby reducing production costs, installation costs, and maintenance costs, making the work system efficient and energy-saving, improving productivity, and achieving the goals of technological innovation and energy conservation.
main innovations of the project
1. based on simplified particle swarm optimization control strategy, improving the speed and robustness of pmsm.
2. large starting torque and strong overload capacity.
3. energy-saving, low noise, and no pollution.
the system is simple, basically achieves maintenance-free, and can be unattended on-site.
