Plant Grow Lighting Source
Model: LEP-S-300-5772-G1
- Covering 280nm-2500nm continuous full-spectrum white light, constant color temperature;
- 10 years without replacing the bulb, the light efficiency remains above 80%;
- The plant is as strong and energetic as in the sun, and there will be no unhealthy phenomena such as shrunken leaves and short stems.
- significantly increased plant yield, quality and the content of antioxidant and other substances in fruits;
- the taste of fruits and vegetables is restored to the real taste, reducing pest infestations and inhibiting mold lesions;
- It is more energy-saving and efficient, and can also reduce planting operation and maintenance costs.
- Modular Design: Driver, Microwave Source, Luminous Body | Flexible & Simple Optical Design.
Categroy:
Sunlight Simulation Source
Keyword:
Introduction
Full-Energy Spectrum. Like Sunlight
Only full-energy growth light boosts quality and yield:
- Red & Blue — faster growth
- Green — stronger, more vigorous
- Infrared — higher yield, controls growth rhythm & quality
- UV — promotes development & nutrient synthesis, inhibits mold
Stronger. More Vigorous.
Higher enzyme activity. Faster growth.
Open, healthy plant architecture.
Stronger resistance — pests, drought, cold.
High Growth Efficiency. Low Operating Cost.
280-2500nm continuous full-spectrum white light.
10-year bulb life. Modular design. Easy maintenance.
Easy to Use. Easy on the Mind.
Pest Control.
Mold Prevention.
Visually Comfortable.
Technical Specifications
1.Solar plant growth lighting light source parameters
| Product model | LEP-S-300-5772-G1 |
| Product range | Sunlight plant growth lighting source |
| Spectral range | 280 nm-2500 nm |
| Ratio of visible and invisible light | 85% visible, 14% infrared, 1% ultraviolet |
| Initial luminous flux (typical) | 23000 lm |
| Color Temperature (CCT) | 5700K (constant) |
| Manifest Index (CRI) | 72 |
| Service life | 50000h （≥80%） |
| AC power | 270 W |
| DC voltage | 28 V |
| DC current | 8.9 A |
| Dimming control | Customizable, 0-10V |
| Direction of the light | Down ± 30° |
| Smart switch | Supportable |
| Turn on time | 30-60 seconds |
| Restart time | 90-180 seconds (restart auto-protection) |
| Total weight | 3.7kg (Lamp Head + Microwave Solid State Source + Power Supply + Connector) |
| Outer packaging size | L*W*H: 532*302*190mm |
|
Typical spectrum (customizable) |
 |
| Optical output distribution characteristics |  |
2.Environmental requirements
A) Work environment: -40°C to +45°C, humidity 5%-95%.
B) Storage environment: -50°C to +80°C, humidity 5%-95%.
2.3. Heat dissipation requirements
A) Drive power supply to dissipate heat
If the drive power supply is external, the power supply itself can meet the heat dissipation requirements. If the power supply is built-in, the heat dissipation needs to meet the heat source of 25W, and the temperature rise is less than 35°C.
B) Microwave solid-state source heat dissipation
The microwave solid-state source needs to meet the temperature rise of less than 35°C under the heat source of 80W, and the long-term operating temperature is controlled below 75°C°C.
c) Heat dissipation in the light source system
When the ambient temperature is 30°C, the temperature of the entire light source system enclosure needs to be kept below 70°C to meet safety requirements.
Application
Research results on the application of solar plant growth lighting sources
The infrared light of the sunlight plant growth lighting source accounts for about 14%, and the ultraviolet light accounts for 1%, mainly ultraviolet A and B, which can provide the necessary light quality and energy for the growth of organisms.
The study of the lighting effect of different light sources on plant growth at the Dutch Agricultural University not only saves energy and improves yield, but also truly restores the taste and reduces pest damage.
Using four light sources of similar power, the growth effects of five plants were studied, and the color, growth rate, flowering, fruiting, taste, nutritional content and other dimensions of each plant were statistically compared, and the research results showed that LEP not only saved energy, but also had the best growth effect (short growth cycle, high nutrient content, and real taste).
In the early stages of plant development, plants under solar plant growth illumination (LEP) have tighter internode spacing and grow more vigorously and faster and more than plants under HPS. The experimental results showed that the 230W LEP was far better than the 600W HPS in terms of nutritional performance and flowering fruit. Tomatoes under LEP not only have a beautiful appearance and well-proportioned individual size, but also have a particularly strong taste. In addition, no spider mite infestation was detected on the plant.
Application fields
Solar plant growth lighting light source is suitable for plant growth lighting and plant light lighting with little sunlight in indoor or winter such as greenhouse planting, plant factories, greenhouse seedlings, agricultural cultivation research, water culture plants, animal breeding, etc.
Mobile/WhatsApp:
Email:
Address:
Room 2505, 25/F Apec Plaza 49 Hoi Yuen Road Kwun Tong HK
Get the latest news from 3KM