Rechargeable Emergency Lights | Power outages, camping, home use | - Lithium battery (2000+ charge cycles) - 3-hour runtime▲ (exceeds industry standard of 2h) - AC 85-265V compatibility (universal voltage) - 6000K daylight white light (bright, clear illumination) | - No disposable batteries needed (eco-friendly) - Universal voltage for global use - Bright, clear illumination for better visibility | - Higher upfront cost compared to disposable batteries - Requires charging infrastructure (needs power source to recharge) |
Battery-Operated Emergency Lights | Short-term emergencies, portable use | - Disposable batteries (alkaline) - 1-2 hour runtime - Limited voltage compatibility (requires specific battery types) | - No charging needed for immediate use - Simple, reliable design | - Frequent battery replacement costs - Shorter runtime limits usability in prolonged emergencies |
Solar-Powered Emergency Lights | Outdoor areas, remote locations | - Solar panels (daylight-dependent) - 4-6 hour runtime (varies with sunlight) - Daylight harvesting capability | - No electricity needed (ideal for off-grid use) - Eco-friendly and cost-effective long-term | - Dependent on sunlight (ineffective in cloudy conditions) - Lower runtime in low-light environments |
Portable Camping Lights | Camping trips, outdoor activities | - Compact design (easy to carry) - 2-5W power output - Multiple brightness modes (adjustable) | - Lightweight and versatile for outdoor use - Adjustable brightness for energy efficiency | - Shorter runtime (if not rechargeable) - Less powerful for large-scale emergencies |
Industrial Grade Emergency Lights | Factories, warehouses, commercial buildings | - Heavy-duty materials (metal/plastic) - 8-hour runtime - Explosion-proof rating (IP66+) - High lumen output (10,000+ lumens) | - Durable for harsh environments - Long runtime for critical operations - Safety-compliant for hazardous zones | - Bulky and expensive - Requires professional installation and maintenance |
Smart/Connected Emergency Lights | Smart homes, IoT integration | - Motion sensors - Smartphone control (via app) - Voice assistant compatibility (e.g., Alexa/Google Home) - Automated brightness adjustment | - Customizable features for modern homes - Automated safety protocols (e.g., motion-triggered alerts) | - Complex setup and dependency on connectivity - Higher cost compared to basic models |