150 Watt Grow Light for the Plants’ Canopy
Perfect Light Distribution for Small-Scale Canopies. | Designed to Maximize Quality in Limited Grow Spaces.
150 Watt Grow Light Supplemental Lights
Optical and Radiometric Parameters
| Parameter Name(Specification) | Engineering Parameters /Standards | Technical Note |
| Total radiated power(system PPF) | 405 – 435 µmol/s | The powerful output of a single 150W light tube precisely targets the lower and middle leaves of the plant. |
| System lighting effects(system PPE) | 2.7 – 2.9 µmol/J | Top-tier photoelectric conversion efficiency ensures that the increased production value from bottom-mounted supplemental lighting far exceeds the electricity cost. |
| Beam angle | 120° wide-angle or 150° ultra-wide-angle | Designed specifically for the bottom of the canopy to maximize lateral and upward photon diffuse coverage. |
| Effective penetration depth | Upward/lateral penetration 18-24 inches | Compensating for light attenuation in black holes with top-mounted light sources (even those on the order of 1000W) beneath thick canopies. |
| LED chip matrix(diode array) | High-sulfurization-resistant white light + dedicated red light | The bottom environment has extremely high humidity, which necessitates that the chip packaging possess anti-sulfurization and anti-corrosion properties. |
| Spectrum configuration | Pharmaceutical-grade full-spectrum (Red-Sub-Canopy Optimized | Increasing the ratio of red to dark red light forces the basal inflorescence to swell and set fruit through photosensitive pigment reactions. |
Electrical Parameters
| Parameter Name(Specification) | Engineering Parameters /Standards | Technical Note |
| Actual system power consumption(AC input power) | 150W ± 5% | A perfect balance between full-load power consumption, heat generation, and output for a single LED strip. |
| Input voltage | 120-277V AC | Wide voltage input, allowing for flexible connection to existing auxiliary power distribution circuits in the greenhouse. |
| Power factor | > 0.95 | It meets industrial grid connection requirements and will not cause reactive power impact on the main power grid when used in cluster applications. |
| Total Harmonic Distortion (THD) | Supports series power supply (Power Link) | Key selling point of this project: One main power cord can connect 15-20 LED strips, significantly reducing the need for sockets. |
| Dimming protocol | 0-10V continuous dimming | Supports synchronized dimming with the top main light cluster, or independent control of the bottom DLI via the environmental control system. |
| Number of cascades(daisy chain) | Built-in integrated or remote discrete driver | If internally mounted, it must be completely waterproofed with adhesive; if externally mounted, the temperature of the underlying layer can be further reduced. |
Structure and Thermal Management
| Parameter Name(Specification) | Engineering Parameters /Standards | Technical Note |
| Dimensions | Length matches 4ft (1.2m) standard seedbed | The ultra-thin tubular or narrow strip design does not obstruct airflow at the bottom of the seedbed. |
| Net weight | < 2.5 kg | The ultra-lightweight design allows for direct attachment to the seedbed support net or frame using clips or cable ties. |
| Surface operating temperature | ≤ 45°C (113°F) | Extremely crucial: ultra-low temperature operation ensures that even direct contact with lower plant leaves will not cause burns. |
| Thermal Design Solution | Integrated passive heat dissipation of extruded aluminum profiles | The fanless design avoids mechanical jamming caused by fallen leaves, dirt, and dust getting caught at the bottom. |
| Waterproof and corrosion resistant rating (IP Rating) | IP66 or IP67 (water immersion rating) | Mandatory requirement: Must be able to withstand direct flushing and dripping of agricultural irrigation water containing high concentrations of nutrient solution. |
| Mounting hardware | Snap-on clips | Supports tool-free quick assembly and disassembly, facilitating high-pressure water gun cleaning of the workshop after each batch of harvest. |
Business and Engineering Compliance
| Parameter Name(Specification) | Engineering Parameters /Standards | Technical Note |
| Optical transmission maintenance rate(lifespan L90) | >50,000 hours | Adaptable to harsh microclimates at the base of the canopy (high humidity, temperature differences, pesticide spraying), with controllable light decay. |
| Warranty | 3-5 years industrial-grade warranty | The warranty promises that dead lights caused by moisture intrusion or internal condensation are covered by the insurance policy. |
| Safety certification(safety standard) | UL8800, cETLus, CE, RoHS | Through rigorous testing in wet environments, the risk of electric shock during agricultural spraying is eliminated. |
| Cable standard | DLC 5.1 Premium (QPL qualification) | The outer sheath of the wire must withstand ultraviolet aging and corrosion from fertilizers, acids, and alkalis, and must meet fire-retardant standards. |
| Packaging | SJTW or higher grade oil- and water-resistant rubber thread | Bulk packaging for commercial greenhouses significantly reduces the logistics and packaging material costs per light tube. |
150W Grow Light Eliminates Shadowed Areas and Boosts the Yield of Lower-canopy Crops
This 150W, 4-foot inter-canopy lighting bar is specifically designed to address the issue of light attenuation in the lower canopy. It delivers high-intensity, localized photons directly into the plant structure, revitalizing stalled lower leaves and transforming shaded areas into high-yielding harvest zones.
- Targeted intra-canopy penetration: Delivers supplemental lateral and bottom-up illumination directly to the core of the crop, driving photosynthesis where top lights cannot reach.
- High-efficiency 150w output: Provides robust, uniform PPFD to stimulate the lower canopy without generating excessive heat or causing light burn.
- Slimline 4ft profile: Designed for seamless integration within tight crop rows and vertical racks, maximizing light distribution while maintaining optimal airflow and microclimate stability.
Boost Secondary Flower Density: Heavy-Duty Waterproofing Built for Intensive Cultivation
Illuminating the lower canopy not only sustains leaf growth but also directly boosts your yields. This fixture is specifically designed to handle the complex microclimate of the lower canopy, ensuring uncompromising safety and durability.
- Significantly enhances trichome/essential oil development, compactness, and overall quality of secondary bud sites for a higher total harvest value.
- Specially sealed housing prevents water ingress from automated drip irrigation, close-proximity foliar feeding, and high-pressure under-canopy spray systems.
- Features advanced thermal management and corrosion-resistant materials to eliminate short-circuit risks, ensuring continuous, long-term operation in wet environments.
Precision Spectrum for Compact & Vigorous Growth
Elite Light Engineering: The Secret to Professional Seedling Development
Unlock the potential of your nursery with our 150W high-performance series. Designed specifically to combat the common issue of leggy, fragile starts, our refined 5000K/6500K spectrum mimics the essential blue wavelengths required for early-stage development. By stimulating photoreceptors to maintain tight internodal spacing, this lamp ensures your plants stay compact, sturdy, and well-rooted from day one. Perfectly engineered for personal grow tents or smaller tiered shelving setups, it delivers the precise, uniform light intensity needed to achieve faster, greener, and more resilient growth cycles without the heat stress of larger fixtures.
Quality Assurance for 150 Watt Grow Light
100% Rigorous Quality Inspection
Every LED grow light undergoes 48-hour aging tests and strict optical calibration before packing to ensure zero-defect delivery
Integral Sphere Detection
Our products use integrating sphere testing to measure key parameters: Flux/PPF, Spectrum, CCT/CRI, and Efficacy.
Optimized Standardized Packaging
Custom high-density foam and reinforced cartons are designed to withstand international transit and reduce shipping volume.
Frequently Asked Questions
What are the key optical and performance specifications of the 150W LED Bar?
The 150W LED Bar features an input voltage of 100-277V AC, a high light output efficacy (PPE) of 2.7 µmol/J, and a light distribution angle of 120° for optimal canopy coverage.
How does the fixture handle heat management during operation?
The unit utilizes an advanced aluminum housing design for passive heat dissipation, ensuring optimal thermal management without the need for active cooling components.
What safety and quality certifications does this lighting solution hold?
Our 150W LED cultivation solutions are fully compliant with industry standards, holding certifications such as CE, ETL, and DLC to ensure safe and reliable performance in professional grow environments.
Is this system suitable for high-density, intensive cultivation?
Yes, this solution is specifically engineered for intensive cultivation, providing the required Photon Flux Density (PPFD) and spectral precision to support vigorous plant growth and heavy canopy development.
Planning a 150W High-Efficiency Setup?
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