System Introduction
This platform can accurately simulate the actual operating environment of smart switches, conducting comprehensive and in-depth testing of various performance indicators, including but not limited to delay characteristics, overload capacity, leakage calibration accuracy, and over/under voltage stability. Additionally, the platform can automatically generate detailed test reports and utilize advanced algorithms for in-depth analysis of test data, providing users with scientific test results and diagnostic recommendations.
Visualization Dashboard
The visualization dashboard can display the operational status of all devices under the current customer, the distribution of devices, device alarms, and event-related information, marking the specific conditions of devices on a map.
Product Features
◆ Remote measurement includes electrical parameters such as voltage, current, power, energy, temperature values, and device status.
◆ Remote signaling includes the display of information such as scheduled test jumps, short-circuit instantaneous protection, and high-temperature lockout.
◆ Alarm signals include alarm signals from microcomputer protection devices, protection tripping signals, and abnormal signal nodes for temperature alarms and device communication anomalies.
◆ Real-time monitoring can visually display remote measurements, remote signaling, and alarm information for each device.
Application Scenarios
Intelligent building power distribution management: In large buildings such as office buildings and shopping malls, the IoT platform can monitor the operational status of numerous low-voltage circuit breakers in real-time, such as current, voltage, and switch positions.
Industrial automation production lines: In the automated production lines of factories, numerous devices are powered by low-voltage circuit breakers. The IoT platform can remotely control the opening and closing of circuit breakers based on production plans and device operating conditions, achieving orderly start and stop of devices.
