The defects of existing airport smart power solutions

Smart power consumption (management safety, energy saving, etc.) can only be achieved by adding complex intelligent devices at all levels (such as adding line temperature sensors, residual current transformers, current sensors, self-resetting over- and under-voltage protectors, electrical fire alarms, etc.) to collect power consumption data.

The solution lacks ""intelligence"" (ignition, overload, three-phase balance, etc. cannot be monitored); ""complex"" (adding multiple devices), ""monitoring but not control"" (some scenarios cannot be processed remotely), and ""limited scenarios"" (different devices have different requirements for voltage, current, load, etc.).

EXACT Airport Smart Power Solution

(I) Overview of EXACT Solution

The highly integrated smart micro-break/molded shell and the cloud platform behind it can directly monitor or supervise multi-level and multi-scenario online. Responsible electricians, airport managers at all levels, groups and government fire departments can understand the power safety situation immediately and at any time.

Power management is real-time, efficient, precise, and has no blind spots. The platform and APP can directly monitor various power data of each device, such as leakage, sparking, overload, over-voltage and under-voltage, etc. If the threshold is exceeded or the switch is not executed within the specified time, an alarm will be issued and the switch can be executed remotely.

The power planning can be flexibly adjusted at any time according to needs, and it can be freely adjusted. It changes the old-fashioned power management method and is easy to develop new business.

The solution is simple, the equipment is highly integrated, and the construction and maintenance are easy. Different smart circuit breakers can be selected according to the budget, key objects and scenarios.

(II) EXACT solution design

(III) EXACT smart power solution highlights

Harmonic analysis, sampling 12,000 times per second to form electrical harmonics. Through deep learning and sample analysis, the secrets of electricity can be unlocked, and the fingerprint of electricity can be established and identified.
Real-time electrocardiogram for electrical equipment and lines, accurately identify electrical safety characteristics, and provide early warning and prevention of electrical fires and electrical safety.

Harmonic analysis of front-end equipment operation, accurate identification of equipment attributes, health and operation status.

Realize power grid quality analysis and energy monitoring.