Battery Technology | Emergency backup power | Industry Standard: Lead-acid (10,000 mAh, 300 cycles) Our Base: Li-ion (20,000 mAh, 500+ cycles) ▲ Our Advanced: Li-ion (30,000 mAh, 700+ cycles) ▲▲ | Higher capacity and longevity for Base/Advanced (longer runtime between charges). | Advanced version is costlier due to premium battery tech. |
Light Source Type | Dark environments (e.g., blackouts) | Industry: Fluorescent (1,500 lumens) Our Base: LED (3,000 lumens) ▲ Our Advanced: LED (5,000 lumens) ▲▲ | Energy-efficient LED reduces power drain; brighter output for Base/Advanced. | Fluorescent may flicker or take time to warm up. |
Material Construction | Harsh outdoor/industrial settings | Industry: Plastic (impact resistance: 5J) Our Base: Steel (impact resistance: 10J) ▲ Our Advanced: Steel + IP67 (waterproof) ▲▲ | Durable steel withstands drops; Advanced version resists water/dust (IP67). | Steel adds weight; plastic alternatives may be lighter. |
Voltage Compatibility | Global use (e.g., travel, offices) | Industry: 120V only Our Base: 220V ▲ Our Advanced: Auto-switch (110–240V) ▲▲ | Base supports common 220V outlets; Advanced works worldwide without adapters. | Advanced may require more complex circuitry (slightly bulkier). |
Color Temperature | Custom lighting scenarios | Industry: Warm white only Our Base: 3,500K (warm) + 6,000K (cool) ▲ Our Advanced: 3,500K/6,000K + Red/Yellow ▲▲ | Advanced offers red/yellow for visibility in smoke or emergencies. | More colors = slightly higher cost and user interface complexity. |
Emergency Response Time | Critical power failures | Industry: 10 seconds Our Base: 2 seconds ▲ Our Advanced: 0.5 seconds ▲▲ | Instant illumination in Base/Advanced (critical for safety during outages). | Faster response requires advanced circuitry (adds to cost). |