The Integrated Electrical Safety Experience Equipment is an advanced electrical safety training system that seamlessly integrates theoretical teaching, simulated demonstrations, safety experiences, and competency assessments. By dissecting real-world electrical hazard scenarios, it enables participants to intuitively recognize risks such as electric shocks, overloads, short circuits, and current leakages within a completely safe environment. This system is highly applicable for power grids, industrial and mining enterprises, construction sites, and school campuses.

Key Features

1. Theoretical Knowledge Training Module

• Content: Three-level power distribution with two-level protection, TN-S three-phase five-wire wiring systems, temporary electricity safety standards, electricity application procedures, safety sign recognition, and electrical accident case studies.

• Delivery Methods: Multimedia courseware, animated demonstrations, and graphic-text illustrations.

2. Line Overload and Short Circuit Demonstration Unit

• Short Circuit Simulation: Directly shorts the circuit to simulate deflagration and equipment burnout utilizing realistic heating wire simulation.

• Overload Simulation: Runs high-power loads to demonstrate the physical processes of cable heating, glowing red-hot, and eventual melting/fusing.

• Sensory Effects: Synchronized audio-visual alarms to clearly display the underlying triggers of electrical fires.

3. Simulated Electric Shock Experience Unit (Core Module)

• Safe Current Control: The peak current is strictly restricted within human safety thresholds. The duration can be adjusted in the backend system via administrative permissions.

• Experience Workflow: Select Intensity Level → Touch with Both Hands → Countdown Technique → Safe Shock Experience (producing realistic numbness and tingling sensations).

• Protection Mechanism: Features an automatic reset function upon timeout or inactivity to completely eliminate any risk of accidental touch.

4. Current Leakage Safety Experience Unit

• Scenarios: Simulates damaged cable insulation and equipment enclosure current leakages.

• Sensory Effects: Emits leakage sparks alongside synchronized audio-visual alarms to demonstrate key hazards and protection principles against current leakage.

5. Step Voltage Simulation Experience Unit (Optional / Extensible)

• Hardware Components: Gravity-sensing illuminated floor tiles, LED dot-matrix display, emergency rescue toolkit, ID card scanner, and thermal receipt printer.

• Workflow Workflow: Registration → Theoretical Quiz → Step Voltage Simulation → Shock Victim Rescue → Automated Scoring → Score Sheet Printing.