GLDG-1 electrical and electronic experimental platform is a new generation of experimental equipment that emphasizes both experiment and management, practicality and advancement. The equipment has a beautiful overall appearance and a compact structure. Through the cooperation of various experimental modules, it can complete the experiments of multiple courses such as "Electrical Fundamentals", "Electrical Technology", "Analog Electronic Technology", and "Digital Electronic Technology".

GLW-2B Internet of Things training equipment is a teaching and training equipment for electronic information, computer and Internet of Things majors. It is mainly composed of sensor network application development training kit, sensor series kit, single-chip series kit, actuator series kit, automatic identification kit, computer, operation table, sensor network application development training kit wire package, switch, router, cloud platform, development tools and training guide. It is equipped with high-performance motherboard and expansion interface, and there are a variety of Internet of Things modules and sensor modules to choose from. Students can arbitrarily connect modules for experiments, complete the basic knowledge learning of Internet of Things and complex multi-module networking experiments.

GL-GF-1 Solar photovoltaic power generation training equipment mainly includes solar panels, intelligent controllers, maintenance-free batteries, electrical distribution and other components, which help students understand the principles of solar photovoltaic power generation and master engineering application capabilities such as system configuration, structure and composition.

The GLCG-RD industrial sensor application and detection test bench is an advanced sensor experimental teaching equipment. The teaching of industrial sensors is carried out through the self-designed model and industrial sensors. The signal detection points on the equipment are completely generated by the actual operation of the industrial control object. Students can install and debug the sensor circuit at a similar industrial debugging site, so that students can have a deep understanding of the use and detection of various sensors in industrial sites. It is an innovative teaching equipment that can train students in the application selection, fault analysis and diagnosis of industrial sensors.

The GL998 sensor test bench includes metal strain sensors, thermocouple sensors, differential transformers, inductive solenoid sensors, eddy current displacement sensors, Hall sensors, magnetoelectric sensors, piezoelectric acceleration sensors, capacitive sensors, piezoresistive pressure sensors, optical fiber sensors, PN junction temperature sensors, thermistors, gas sensors, humidity sensors, photoelectric speed sensors and other sensors.