Hydroponics Solution
Lighting + structure for soilless systems—from countertop hydro to commercial NFT/raft racks. Built for cleanability, uniformity, and recipe tuning to keep DLI on target without overbuying SKUs.
14–17
Lettuce DLI ref.
150–300
PPFD band
IP65
Splash-zone options
CE Certified
UL Listed
Energy Star
5-Year Warranty
24/7 Support
Why Choose Our Greenhouse Solution?
Proven technology delivering measurable results for commercial growers worldwide
System-level thinking: match light layers to channels (home hydro / microfarm / CEA) using the same core modules.
Uniform canopy delivery: optics + spacing guidance to reduce edge loss and improve crop consistency.
Spectrum recipes for leafy greens, herbs, microgreens; optional red/far-red for flowering programs and trial plots.
Easier assortment & inventory: fewer core SKUs + configuration kits (mounts/cables/controllers) for different racks.
Technical Specifications
Professional-grade performance metrics for commercial operations
SPECIFICATION VALUE INDUSTRY ADVANTAGE
Photon Efficacy (PPF) 2.7 µmol/J Top 5% Industry-leading efficiency
Light Spectrum 380-780nm Full Spectrum Optimized for photosynthesis
Red/Blue Ratio Adjustable 1:1 to 8:1 Customizable for crop type
Power Options 200W, 400W, 600W Scalable for any greenhouse
Coverage (@ 600W) 9 m² (96 sq ft) Maximum area efficiency
PPFD (@ 1m height) 800-1200 µmol/m²/s Optimal for high-light crops
Color Rendering Index CRI > 95 True color assessment
Dimming Range 0-100% (0.1% precision) Ultra-precise light control
Control Interface DMX512, 0-10V, IoT Ready Universal compatibility
Operating Temperature -20°C to 45°C All-climate reliability
Protection Rating IP67 Greenhouse-proof design
Lifespan 50,000+ hours Long-term investment value
Warranty 5 Years EXTENDED Industry-leading coverage
Certifications CE, UL, FCC, RoHS, Energy Star Global compliance assured
Recommended Products for Greenhouse
Professionally selected LED grow lights optimized for commercial greenhouse operations
Hydroponics Growing Kit
Countertop Hydroponic Kit
Indoor Garden Grow Kit
Hydroponic Grow Lighting
Lighting paths for water-based growing systems, trays, racks, kits, and modular indoor hydroponic applications.
Typical Application Cases
Hydroponic buyers usually evaluate the lighting as part of a water-based system, not as a standalone lamp. These cases show common application contexts.
Hydroponic tray systems
Tray rows need coverage that follows the crop area and fixture distance without overcomplicating the system.
Product fit: linear bars, compact panels
Indoor hydroponic racks
Rack systems need low-profile lighting, cable routing, repeatable control, and manageable heat.
Product fit: rack bars, panels, kit lighting
Modular hydroponic kits
Kit sellers need easy-to-explain lighting formats that integrate with structure, packaging, power, and user setup.
Product fit: kit-compatible lighting
Herb and leafy green growing systems
Leafy greens and herbs often require more active light discussion than decorative indoor plants.
Product fit: bars, panels, modular systems
Product Platforms That Fit This Scenario
These product directions support hydroponic tray, rack, and kit discussions. Product detail URLs should be added only after confirmation.
Linear Bar Grow Lights
Suitable for tray-row and rack-row lighting where low-profile structure and repeatable installation matter.
Modular Panel / Quantum Board Formats
Useful where wider coverage or system-level hydroponic structures need broader light distribution.
Hydroponic Kit / Rack-Compatible Lighting
Supports modular kits and rack-compatible systems where power, control, and installation need to fit the product structure.
Hydroponic Lighting Reference Parameters
References help frame hydroponic lighting discussions. Final values depend on crop, fixture distance, system layout, selected model, and test data.
| Parameter | Typical Reference / Options | Practical Meaning |
|---|---|---|
| Power Range | 20-60W is common for small hydroponic kits, tray systems, and rack lighting. 60-150W can be discussed for larger hydroponic systems or panel-style coverage. | Hydroponic lighting usually needs more output than decorative indoor products but may still require compact, system-friendly formats. |
| PPFD Reference | 150-400 micromol/m2/s can be used as a discussion reference for leafy greens, herbs, and hydroponic systems, depending on crop, fixture distance, and system layout. | PPFD helps determine whether the product is suitable for herbs, leafy greens, or more intensive hydroponic growth. Values must be confirmed by crop, distance, and model data. |
| PPE / Efficiency | 2.0-2.8 micromol/J can be discussed for LED grow fixtures where model data is available. | Efficiency matters when hydroponic systems run for long hours. Final comparison must be based on selected model and test condition. |
| Spectrum Direction | Full-spectrum, leafy green, herb, or hydroponic-oriented spectrum can be discussed by crop and product model. | Spectrum direction should match the crop type and product positioning, not be presented as a universal crop result. |
| Beam Angle / Coverage | Linear bars suit tray rows and rack rows. Panel formats can support broader coverage areas. | Coverage should match tray size, system layout, fixture distance, and growing area. |
| Control Method | Timer, dimming, adapter, driver, kit controller, plug type, or model-specific control can be discussed. | Hydroponic kits often need simple and repeatable control logic, especially when sold as a system. |
| Installation Format | Rack-compatible, tray-mounted, cabinet-mounted, suspended, or integrated kit installation can be discussed by system type. | Installation should fit the water system structure, cable routing, and user maintenance method. |
Need hydroponic lighting products for your system or sales channel?
Share the system type, crop direction, fixture distance, product format, and sales channel so YDJ can discuss suitable hydroponic lighting paths.