Equipment introduction: The MMC system takes RTUNIT Studio graphical software as the core, and is built with RTU-BOX main controller and RTM power supply module.

Equipment introduction: power hardware-in-loop real-time simulation system consists of powertrains and real-time simulators.

Equipment introduction: The driving simulation system consists of a real-time module, a traffic scene generalization system, a six degree of freedom platform, a HIL real-time machine system, an intelligent driving test vehicle, an on-board data acquisition system, etc. The system can combine the six degree of freedom motion platform with the traffic scene generalization system, and combine the dynamic traffic scene, motion scene, motion attitude, real feelings and responses of drivers and passengers where the virtual vehicle is located, And the real feedback of ADAS/auto drive system to realize the research and test of ADAS, autopilot and human-machine interface (HMI).

Equipment introduction: Supermicro High Performance Computer accelerates diverse cloud workloads, including high-performance computing, deep learning training and inference, machine learning, data analytics, and graphics.

Equipment introduction: The intelligent cockpit system consists of the HMS V digital artificial head and SQuadriga III (mobile front-end), which aims at testing and evaluating the quality of noise and speech. The HMS V digital artificial head combines cutting-edge technology, high flexibility, and ease of use. It constitutes a comprehensive measurement system combined with the SQuadriga III. This system can be used for the acquisition and simulation of intelligent vehicle noise environment, subjective and objective evaluation of vehicle sound quality, ASD Sound-Design, Sound and vibration Analyses, and so on.

Equipment introduction: The PIV can be used to measure the flow field in the wind tunnel, and is conducive to analyzing the shape design of the bionic robot and the fluid related characteristics. The laser measurement system is a non-contact laser imaging flow field measurement method, which can obtain 3D flow field distribution information, which is helpful for in-depth analysis of experimental results. Intelligent current and wave making system can generate a steady flow field of 0-1m/s and various waves, which can be used to test the flow field characteristics of underwater bionic robots and underwater robots, and to study intelligent control methods in wave environment. The high-pressure test system can carry out pressure test on deep-sea equipment or core parts with working depth of 0-1500 meters, develop and test the core pressure resistant parts of deep-sea robots, and test and monitor the whole process of deep-sea underwater laser manufacturing. The underwater multi-sensor platform has DVL, various sonar, underwater camera, pressure sensor, etc., which is used to develop deep-sea intelligent underwater robot and serve the national marine economy and defense.The high-power laser processing system mainly includes laser light source, double optical path shutter, operating optical fiber, underwater laser welding head, laser cladding head, water cooler and supporting spare parts. The system can be used for laser repair rapid prototyping and underwater laser welding manufacturing of various materials.

Equipment introduction: Grating sensor demodulation instrument is a kind of multi-bandwidth demodulation instrument, which is suitable for strain, temperature, displacement and other types of fiber grating (FBG) sensors. It can be used in aerospace, energy, traffic engineering, scientific research and other fields.

Equipment introduction: Infrared thermal imager is a kind of equipment that converts the image of temperature distribution of the subject matter into visual image by means of infrared radiation detection of the subject matter and signal processing, photoelectric conversion and other means by using infrared thermal imaging technology. Infrared thermal imager is usually composed of optical unit, focusing/doubling component, internal non-uniformity correction component, imaging circuit component and infrared detector/refrigerator component. Widely used in scientific research field, medical field, electronics and other industries.

Equipment introduction: Motion capture system is a kind of high technology equipment used to accurately measure the motion state of moving objects in three dimensional space. It is based on the principle of computer graphics (sensor technology), through the arrangement of several video capture equipment (sensor) in the space of the motion of the object in the form of image record, and then use the computer to process the data, get different time units of measurement on different objects (tracker) spatial coordinates (X, Y, Z).

Equipment introduction: A six-dimensional force/moment sensor is a special force sensor capable of simultaneously measuring three forces (FX, FY, FZ) and three moments (MX, MY, MZ) in a neutral coordinate system (OXYZ). It can be used in product testing, robotic assembly, grinding, polishing, and other highly repeatable industrial applications that require maintaining stable positions and trajectories.