LED Flood Light (Base) | Outdoor security, small parking lots | - 500W power (IEC 60038) - IP65 (IEC 60529) - Aluminum alloy (EN AW-6063-T5) - CCT: 2700K-5000K (IEC 62471) | ▲ 50% energy savings vs HPS ▲ 50,000-hour lifespan (IEC 62717) Wide voltage input (AC 85-265V) | Higher upfront cost vs HPS Limited light output compared to 1000W Advanced |
LED Flood Light (Advanced) | Stadiums, large industrial areas | - 1000W power (IEC 60038) - IP65 (IEC 60529) - Aluminum alloy (EN AW-6063-T5) - CCT: 2700K-5000K (IEC 62471) | ▲ Double output vs Base (▲100% lumen) ▲ Adjustable beam angle (0-180°) Same energy efficiency as Base | Highest upfront cost Heavier installation requirements due to power density |
HPS Flood Light | Traditional warehouses, older facilities | - 1000W-1500W power (IEC 60038) - IP54 (IEC 60529) - Ceramic housing (IEC 60598) - CCT: 2200K (IEC 62471) | Lower upfront cost Higher lumen output per watt at scale | ▲ 50% more energy use vs LED Short lifespan (10,000-20,000 hours) Warm-up delay (3-5 minutes) |
Metal Halide Flood Light | Sports arenas, retail showrooms | - 400W-1000W power (IEC 60038) - IP65 (IEC 60529) - Glass envelope (IEC 60968) - CCT: 3000K-5000K (IEC 62471) | High color rendering (CRI ≥80) Bright white light | ▲ 30% shorter lifespan vs LED Contains mercury (requires hazardous disposal) Warm-up delay (5-10 minutes) |
Compact Fluorescent Flood Light | Residential pathways, small gardens | - 10W-50W power (IEC 60038) - IP44 (IEC 60529) - Plastic housing (IEC 61347) - CCT: 2700K-6500K (IEC 62471) | Low energy use Affordable | ▲ 50% lower light output vs LED/HPS Fragile glass construction Contains mercury (requires hazardous disposal) |
Solar-Powered LED Flood Light | Remote areas, eco-friendly installations | - 100W-200W power (IEC 60038) - IP66 (IEC 60529) - Polycrystalline solar panel (IEC 61215) - CCT: 4000K-5000K | ▲ Zero grid dependency Environmentally sustainable | ▲ 50% lower output vs grid-powered LED Weather-dependent performance Higher upfront cost |