The invention discloses a power distribution cabinet test
system based on
the Internet of things, belonging to the field of
power equipment test. The power distribution cabinet test
system based on
the Internet of things comprises a power distribution cabinet and a main control module, and further comprises an electrical parameter test module, a temperature test module, a
humidity test module, a
mechanical vibration test module, an electrostatic test module, an
electromagnetic compatibility test module, a video acquisition module, a data storage module, and an alarm module. The
system can detect electrical parameters of power distribution equipment in the power distribution cabinet, simulate the
impact of different external environments on the power distribution cabinet, such as temperature,
humidity, electrostatic interference and
electromagnetic interference, and automatically perform tests in real time. When an
abnormality occurs, an alarm is issued to ensure the safety and normal operation of the power distribution equipment. A user can remotely control the main control module through a smart terminal, and the data collected by the main control module can be displayed on the smart terminal in real time, which is convenient for the user to learn the test progress and result of the power distribution cabinet in real time.