Custom LED Grow Light Solutions for Controlled Environment Agriculture
Tengda Electronics provides LED grow lights and lighting systems for indoor horticulture utilizing controlled environment agriculture (CEA) techniques like hydroponics, aeroponics, and aquaponics.
We design full-spectrum LED lights tuned to meet the photobiological needs of specific crops to maximize yields, increase growth rates and improve product quality.
Our 1000w led grow light delivers a highly effective blue and red light spectrum, energy efficiency, and long service life suitable for vertical farming applications.
Full Spectrum LED Grow Lights
Our full-spectrum LED grow lights provide a balance of colors required for photosynthesis, including blue, green, and red. The spectral output closely matches the light wavelengths plants absorb the most for healthy development. These full spectrum led grow lights stimulate plant photoreceptors that control critical aspects such as root and shoot formation, flowering, and fruit production. Key features of our greenhouse grow lights include:
- High Photosynthetic Photon Flux (PPF): Measures the total amount of light emitted across the 400 to 700nm range that plants can use for photosynthesis. Our lights provide PPF levels suitable for most CEA crops.
- Optimal Color Spectrum: A balance of blue, green, and red wavelengths similar to natural light that plants thrive under. Blue wavelengths peak at 450nm, green at 550nm, and red at 660nm.
- Supplemental UV/IR: Select lights also provide UV and infrared light which offer additional benefits to plant growth and insect control.
- High CRI: A Color Rendering Index over 80 provides light that vividly illuminates plants and allows you to clearly inspect crops for signs of disease, pests, or nutrient deficiencies.
- Dimmable Output: Manual or automated dimming options allow you to adjust light intensity, which impacts factors such as plant growth, morphology, yield, and nutritional quality.
- Long Service Life: 50,000 to 100,000-hour lifespan minimizes replacement and maintenance costs compared to other horticultural lighting technologies.
Hydroponic LED Grow Lights
For hydroponic applications like leafy greens, microgreens, tomatoes, and cucumbers, we provide hanging grow lights tuned specifically to maximize the yield potential of these crops in aggregate form. The spectral output targets only the wavelengths most critical for plant growth and flowering in these specific crops. These streamlined LED fixtures offer the following:
- Narrowband Blues and Reds: Utilizes only blue wavelengths around 450nm and red wavelengths around 660nm, which leafy greens and vegetables absorb the most. This narrower spectrum focuses photon flux on the bands that drive photosynthesis for these crops.
- Higher PPF: Delivers enhanced PPF levels suited for the high light demands of fruiting and flowering crops in hydroponic systems.
- Cost Efficiency: Fixtures only use those LEDs required for targeted crops, so they are very affordable and energy efficient.
- Best Suited Crops: works for growing lettuce, kale, spinach, tomatoes, cucumbers, peppers, basil, etc., using hydroponic methods.
CEA LED Lighting Solutions
Beyond LED fixtures, we provide complete CEA lighting solutions, including grow light timers and battery-powered grow lights:
- Lighting Control Systems: Enable you to adjust, schedule, and automate your LED grow light intensity based on time of day, growth stage, facility layout, etc., for maximum flexibility and crop quality.
- Lighting Layout Design: Our experts determine the optimal placement and combination of LED fixtures based on your facility and crop access required to provide uniform illumination for all plants.
Tengda specializes in customized LED grow lights tailored for vertical farming and controlled environment agriculture. We offer technologically advanced solutions designed to increase crop yields, enable continuous year-round harvests, and optimize product quality as well as operational efficiency. With customized horticultural lighting solutions from Tengda, farms and indoor agriculture enterprises can maximize productivity sustainably and eco-friendly.