| Adjustable Spectrum LED | Commercial greenhouses, medical plant cultivation | - Full spectrum (380-780nm, ISO 9050) - 3 presets (Base) / 5 presets (Advanced) - Samsung LM301H chips (L7 lm/W) - IP33 (IEC 60529) | ▲ Base: 25% energy efficiency vs fixed spectrum LEDs ▲ Advanced: 30% lower energy use than HPS | Higher upfront cost (▲ Advanced 20% pricier than Base) Requires setup expertise |
| Fixed Spectrum LED | Home gardens, small-scale farming | - Fixed spectrum (e.g., 6500K) - Generic LED chips (L5 lm/W) - IP20 (limited protection) | Lower cost (▲ 30% cheaper than Adjustable Base) Plug-and-play simplicity | Inflexible for multi-stage growth 15% less efficient than Adjustable LEDs |
| High-Pressure Sodium (HPS) | Large-scale traditional farms | - Fixed spectrum (2200K) - High heat output (▲ 40% more heat than LEDs) - 15,000h lifespan | ▲ 2x higher lumen output per watt than fluorescents | ▲ 50% higher energy cost than LEDs Heat risks to plants |
| Fluorescent Grow Lights | Seedlings, small indoor setups | - Narrow spectrum (400-700nm) - 8,000h lifespan (IEC 60968) - Low heat output | Low cost (▲ 50% cheaper than HPS) Easy to install | Ineffective for flowering/fruiting stages Short lifespan vs LEDs |
| Induction Grow Lights | Industrial vertical farming | - Long lifespan (20,000h, ▲ +50% vs LEDs) - Mercury-free design (IEC 61750) | ▲ 40% lower maintenance costs vs HPS Instant restart capability | Limited spectrum (▲ 30% less wavelengths than full spectrum LEDs) |
| Bavagreen 600W Advanced Model | Commercial medical plant facilities | - 600W output (▲ 25% higher power than 480W Base) - 5 adjustable presets - 95 CRI (color accuracy) | ▲ 35% faster growth rates in clinical trials ▲ 10% higher light penetration | Heavier (▲ 15% bulkier than Base) Requires professional installation |