For the current lack of rotating motors and linear motor high -precision static dynamic test systems for motor and electrical professional laboratories，This research team is based on the professional laboratory of relevant colleges and universities，Combined with the development plan of the team and the major、The development trend of the direction of motor and electrical appliances and the positioning of the overall development plan of the college，Construction of motor control and static dynamic test platform。Current，Equipment engineers and technicians have installed and debug the entire motor test system，and the precautions M88 games apkduring the operation of the motor and the operating process of the motor software control system to conduct a detailed explanation and teaching demonstration of teachers of the motor institute。

Algorithm design equipped with the platform、Debug and experiment module，Effectively solved the problem of lack of experimental means in the field of motor -driven control in the field of motor laboratories。In emerging application fields such as smart robots and electric vehicles，The importance of the motor -driven control system has exceeded the motor body。Research on the driving control system based on various advanced control algorithms has become an important research direction for motor and electrical professions。Due to the lack of the experimental platform，The gap between this subject in the field of motor -driven control and other institutions is drawing，and subject to the humble experimental conditions，It is not conducive to the introduction of outstanding talents of related majors。The motor driver module M88 games apkis the primary task of laboratory construction，Its completion will become an important academic growth point for this team。

The high -performance motor system is equipped with a high -performance motor system stabilized performance high -precision test module，Effectively solved the steady -state performance test equipment of the motor laboratory, which is large but not refined，Old problems of equipment。At present, the use of steady -state performance testing equipment of the motor laboratory has exceeded ten years，Equipment aging，Performance is serious and backward，At present, it can only be performed by induction motor performance experiments。The load uses a magnetic powder measurement machine，No school nuclear for many years，Difficult adjustment，Poor accuracy，Laboratory lack of water -cooled supporting facilities，Unable to conduct a large power experiment。The motor laboratory has a large gap with advanced colleges in terms of steady -state M88 games apkperformance testing equipment。Through the steady -state performance high -precision test platform through this construction，Can achieve the steady -state performance test of various types of motors，Platform performance is expected to reach the advanced level of relevant domestic institutions。

The high -performance servo motor system dynamic characteristics of high -performance servo motor systems equipped by the platform，Effectively solve the problem of lack of testing methods in dynamic performance in the motor laboratory。Dynamic features are important performance indicators of high -performance servo motor system，At present, the motor laboratory does not have the conditions for related experiments。In the dynamic characteristic experiment module，Use a generator as a load，With high performance control，High -precision adjustment of load torque and load speed can be achieved，Simulation of various dynamic changes in practical applications，High -precision testing of dynamic performance。

The construction of this platform can not only m88 live casino gamessupport the course experiment related to the undergraduate motor and control system，It can also support graduate motors and electrical appliances、Electric Electronics and other scientific experiment research involved in motor system disciplines，At the same time, it can also meet the motor performance test requirements of motor research and development.，Training for talents、Scientific research and social services have important supporting functions。