Lighting Systems Designed for Commercial Scale
GrowPros Solutions builds LED technology for growers who measure success in grams per watt and labor hours saved. Their fixtures eliminate the compromises between energy efficiency, light penetration, and spectrum customization that limit competing brands.
Dual-Channel Control Transforms Your Cultivation Strategy
Most commercial growers waste energy running full-spectrum fixtures when their plants only need targeted wavelengths. GrowPros' dual-channel architecture separates Blue/UVA and Red/IR spectrums, allowing you to dial in the exact photon ratios for each growth stage without running unnecessary diodes.
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Stage-Specific Optimization: The
Eagle Veg Light delivers UVA-enhanced blue spectrum for stocky vegetative growth, reducing internode stretch in vertical farms where every inch counts.
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Independent IR Channel: The
Viper Model 4 features an isolated infrared channel that triggers the Emerson Effect, shortening flowering time by 7-10 days while boosting yields up to 50%.
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Energy Efficiency: By running only the channels your plants need, you reduce energy consumption by 20-30% compared to static full-spectrum fixtures.
Under-Canopy Lighting Eliminates the "Larf" Problem
Commercial growers lose 15-25% of potential revenue to underdeveloped lower flowers. GrowPros' under-canopy fixtures solve the light penetration problem that overhead LEDs cannot address, no matter how powerful.
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Targeted Lower Zone Illumination: The
Model 1 Under Canopy Light installs at mid-canopy height, delivering 40% yield increases by ensuring lower flowers receive adequate PPFD.
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Spectrum-Specific Models: Choose between full-spectrum, deep red, or dual-channel configurations to match your cultivation methodology and plant genetics.
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Scalable Infrastructure: Daisy-chain multiple fixtures using
GrowPros inter-connect cables for simplified wiring in commercial operations.
Greenhouse Supplemental Lighting Built for Real-World Conditions
GrowPros understands that greenhouse environments demand different engineering than indoor facilities. Their specialized fixtures integrate with natural sunlight while withstanding moisture, temperature swings, and extended photoperiods.
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IP65 Weather Resistance: The
GH800 IP65 operates safely in humid greenhouse environments where condensation destroys standard fixtures.
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Spectral Supplementation: The
GH1000 Dual-Channel adds photon density during low-light periods without disrupting plants' natural response to seasonal spectrum shifts.
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Centralized Control: The
GrowPros Grow Room Controller manages multiple zones from one interface, essential for facilities running multiple cultivars on different schedules.
GrowPros Solutions proves that commercial lighting efficiency requires more than just high µmol/J ratings—it demands intelligent spectrum architecture that adapts to plant needs throughout the crop cycle. Learn more about maximizing your canopy performance in our guide to
under-canopy lighting strategies.
Frequently Asked Questions
What makes GrowPros Solutions different from other commercial LED brands?
GrowPros Solutions specializes in dual-channel spectrum control and under-canopy lighting systems that address the specific challenges of commercial vertical farms and dense canopy cultivation. Their fixtures separate Blue/UVA and Red/IR channels, allowing growers to optimize spectrum by growth stage while reducing energy costs by 20-30% compared to static full-spectrum lights.
How much can under-canopy lighting actually increase yields?
GrowPros under-canopy fixtures deliver documented yield increases of 40-50% in lower flower zones by ensuring adequate PPFD reaches mid and lower canopy areas. This eliminates "larf" (underdeveloped flowers) and converts previously shaded biomass into premium flower, typically paying for itself within 2-3 harvest cycles.
Can I use GrowPros fixtures in a humid greenhouse environment?
Yes, GrowPros offers IP65-rated fixtures specifically engineered for greenhouse conditions. The GH800 and GH1000 series withstand moisture, temperature fluctuations, and direct water exposure while providing supplemental lighting that extends growing seasons and increases crop frequency without conflicting with natural sunlight.
What is the Emerson Effect and why does it matter?
The Emerson Effect occurs when far-red wavelengths (720-740nm) enhance photosynthetic efficiency beyond what red light alone can achieve. GrowPros' Viper Model 4 features an independent infrared channel that activates this response, accelerating flowering by 7-10 days while improving overall metabolic efficiency and final flower density.
How do I choose between single-channel and dual-channel GrowPros fixtures?
Choose single-channel fixtures if you run dedicated vegetative or flowering rooms where spectrum remains constant. Select dual-channel models for multi-use spaces or to maximize efficiency by running only necessary wavelengths per growth stage. Dual-channel fixtures cost 15-20% more upfront but reduce energy consumption enough to offset the investment within 12-18 months.
Do GrowPros lights work with existing lighting controllers?
GrowPros fixtures feature standard 0-10V dimming and RJ12 daisy-chain connectivity, making them compatible with most commercial lighting controllers. For optimal performance, the GrowPros Grow Room Controller provides native support for dual-channel spectrum management and can control unlimited fixtures across multiple zones.
What is the typical lifespan and warranty for GrowPros Solutions fixtures?
GrowPros LED fixtures are rated for 50,000+ operating hours (approximately 11 years at 12/12 photoperiod) with less than 10% lumen degradation. All fixtures include a comprehensive manufacturer warranty covering defects in materials and workmanship. Contact our support team for specific warranty terms by product line.
Can I retrofit existing HPS greenhouse lights with GrowPros LEDs?
Absolutely. The GrowPros AK800 PRO specifically targets HPS replacement applications in greenhouse facilities, delivering equivalent photon output at 2.7 µmol/J efficiency while generating 60% less heat. This reduces HVAC load, extends equipment lifespan, and typically reduces lighting-related energy costs by 40-50% while improving crop quality through superior spectrum control.
