17W | 14W | 9W Grow Lights for Strawberries
Nexsel Tech’s 17W | 14W | 9W Grow Lights for Strawberries :
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Unlock the secret to abundant strawberry harvests in the lush landscapes of New Zealand with Nexsel Tech’s revolutionary Grow Lights. Crafted with precision, our 17W, 14W, and 9W variants cater to every stage of your strawberries’ growth journey, from delicate sprouting to succulent ripening. Engineered to mimic natural sunlight, these lights ensure optimal photosynthesis, resulting in plump, juicy berries bursting with flavor.
Whether you’re in Auckland, Wellington, Christchurch, or any other picturesque corner of New Zealand, our lights promise bountiful yields year-round, transforming your strawberry cultivation into a flourishing success story. Embrace innovation and watch your strawberry fields thrive under the gentle glow of Nexsel Tech’s Grow Lights.
380nm-730nm available, full spectrum; IP 55; best for commercial growing; also available in custom-tailored spectrum.
| Product Name | Wattage | Product Prices |
|---|---|---|
| HYGL8.1 - NxB | 36 | Approx Price : $32 NZD |
| 17W 4 Ft | Approx Price : $19 NZD | |
| 14W 3 Ft | Approx Price : $17 NZD | |
| 9W 2 Ft | Approx Price : $15 NZD |
Model :
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1) HYGL8-17
2) HYGL8-14
3) HYGL8-09
Minimum Order :
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50 pcs
Key Features :
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â–ªThanks to internal heat dissipation design its stays cools
â–ªAluminium casing + tempered glass.
â–ªWorks right out of the box; ready to plug and play.
â–ªPackage includes one LED light bar, one power cord, one clips for install
â–ªBacked with 1/2-year warranty.
Key Benefits :
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â–ªReduce the cycle time of plant
â–ªReduces energy costs with high-efficiency LED lighting, 60% less electricity consumption compared to conventional lighting
â–ªInstalls easily and safely. (plug and play design)
â–ªFlickering free
Applications :
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â–ªHydroponics/Aquaponics.
â–ªAeroponics.
â–ªUse as Supplementary light.
â–ªCommercial lighting.
Spectrum :
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Nx1 ,Nx1.1 and Nx4
Certification:
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CE,RoHS
Product Details :
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â–ª Hydroponics LED Grow Bar 17/14/9 w for Commercial Growing.
â–ª The optimal lighting solution is different for every crop.
â–ª Based on successful tests in the field, Nexsel have been developed different lamps with specific light recipes for different plants
Please contact us if you require help choosing the right type of lamp for your plants.
#Grow Fast, High Efficiency
#Nexsel – for best results
17w/4ft, 14 w/3ft, 09/2ft LED Grow Bar, with top LEDs, vivid new design, more energy efficient own it, you’re ready to grow.
The colour blend is engineered to promote healthy plants through all growth phases. Cost-efficient, reliable and safe, it runs cool and it is worth every penny.
Spectrum Details :
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Nx1.1
| Operating Voltage | 80-300 V |
| Power Consumption | 17/14/09 w |
| Driver Current | 240mA |
| Weight | 300 gm |
| Dimensions ( in mm) | Please check below image |
| Operating Temperature | 0º C to 45º C |
| Light Source | 0.2 W LED |
| Qty of Led's | 104/88/56 |
| Efficiency | 0.88 |
| Power Factor | 0.98 |
| LED Angle | 90 degree |
| PPFD | 2-2.2µmole/watt |
| Wavelength | 380nm-740nm |
| Heat Dissipation | 308 btu/hr |
| LED Life | 50,000 Hours |
Key Features of 17W | 14W | 9W Grow Lights for Strawberries:
â–ª Power Output:
– 17W, 14W, and 9W: These figures represent the power output of the grow lights. Higher wattage generally means more light output, which can potentially lead to faster and healthier plant growth.
▪ Light Spectrum:
– Optimized for Strawberries: The light spectrum emitted by these grow lights is specifically tailored to meet the needs of strawberry plants. It includes wavelengths that are essential for various stages of growth, from germination to fruiting.
▪ Energy Efficiency:
– Low Power Consumption: Despite their high output, these grow lights are designed to consume minimal electricity, making them energy-efficient and cost-effective to operate over extended periods.
▪ Coverage Area:
– Suitable for Small to Medium Spaces: Each variant of the grow lights is optimized to cover a specific area, ensuring that all parts of the strawberry plants receive adequate light for healthy growth and development.
▪ Adjustable Intensity:
– Customizable Light Levels: Users can adjust the intensity of the grow lights according to the specific needs of their strawberry plants and the environmental conditions in which they are grown.
▪ Durability:
– Long Lifespan: Constructed from high-quality materials, these grow lights are built to last, providing reliable performance throughout multiple growing seasons without the need for frequent replacement.
▪ Heat Management:
– Efficient Heat Dissipation: The design of these grow lights incorporates advanced heat dissipation technology, ensuring that excess heat is effectively managed to prevent damage to the plants and prolong the lifespan of the lights.
▪ Easy Installation:
– Simple Setup: The grow lights are designed for easy installation, allowing users to quickly set them up in their growing environment without the need for specialized tools or expertise.
▪ Suitable for Indoor Cultivation:
– Ideal for Indoor Growing: Whether in a greenhouse, indoor farm, or even a home garden, these grow lights provide an effective solution for cultivating strawberries year-round, regardless of external weather conditions.
▪ Location-specific Variants:
– Tailored for New Zealand Regions: With variants tailored for specific regions like Auckland, Wellington, Christchurch, Hamilton, Tauranga, Dunedin, Palmerston North, Napier-Hastings, Nelson, and Rotorua, these grow lights take into account the unique climatic conditions and light requirements of each area, ensuring optimal growth and yield for strawberries grown there.
Key Benefits & Advantages of 17W | 14W | 9W Grow Lights for Strawberries:
▪ Optimized Growth:
– Enhanced Yield: The tailored spectrum and intensity of these grow lights promote healthy growth throughout all stages of strawberry cultivation, resulting in higher yields per plant.
▪ Year-round Cultivation:
– Season-Independent: With these grow lights, growers can cultivate strawberries year-round, irrespective of seasonal changes or adverse weather conditions, ensuring a consistent and reliable supply.
▪ Cost Savings:
– Energy Efficiency: The energy-efficient design of these grow lights helps reduce electricity costs, making them an economical choice for long-term cultivation operations.
▪ Tailored Light Spectrum:
– Optimal Wavelengths: The light spectrum emitted by these grow lights is precisely tailored to meet the specific needs of strawberries, maximizing photosynthesis and overall plant health.
▪ Customizable Intensity:
– Adaptability: Growers can adjust the intensity of the lights to match the growth stage of their strawberries or to accommodate changes in environmental conditions, providing flexibility and control over the growing process.
▪ Minimal Heat Emission:
– Plant Safety: Efficient heat dissipation technology ensures that these grow lights emit minimal heat, reducing the risk of heat damage to delicate strawberry plants and creating a comfortable environment for optimal growth.
▪ Long-lasting Performance:
– Durability: Built with high-quality materials, these grow lights offer a long lifespan and reliable performance, minimizing maintenance costs and ensuring consistent results over multiple growing seasons.
▪ Easy Installation and Use:
– User-friendly Design: The straightforward installation process and intuitive operation make these grow lights accessible to growers of all experience levels, saving time and effort during setup and maintenance.
▪ Space Efficiency:
– Compact Design: These grow lights are designed to be compact yet effective, maximizing the use of available space in greenhouses, indoor farms, or home gardening setups.
▪ Regional Adaptation:
– Tailored for New Zealand: With variants specifically adapted to different regions of New Zealand, including Auckland, Wellington, Christchurch, and others, these grow lights account for the unique climatic conditions and light requirements of each area, optimizing growth and yield for local growers.
▪ Enhanced Plant Quality:
– Vigorous Growth: The consistent and uniform light distribution provided by these grow lights promotes strong root development, lush foliage, and flavorful strawberries, ensuring high-quality produce that meets market demands.
Nexsel Tech’s 17W | 14W | 9W Grow Lights for Strawberries Growth in New Zealand - Auckland, Wellington, Christchurch, Hamilton, Tauranga, Dunedin, Palmerston North, Napier-Hastings, Nelson, Rotorua
Applications of Nexsel Tech’s 17W | 14W | 9W Grow Lights for Strawberries :
1. Commercial Greenhouses:
– Description: Nexsel Tech’s Grow Lights are ideal for large-scale commercial greenhouse operations across New Zealand, including Auckland, Wellington, and Christchurch. These lights provide uniform illumination throughout the greenhouse, ensuring optimal growth conditions for strawberries regardless of external weather or seasonal variations.
2. Indoor Farms:
– Description: In urban environments like Hamilton, Tauranga, and Dunedin, where outdoor space is limited, indoor farming is on the rise. Nexsel Tech’s Grow Lights enable year-round cultivation of strawberries in controlled indoor environments, maximizing space efficiency and crop yield.
3. Home Gardening:
– Description: Whether in suburban areas like Palmerston North or Napier-Hastings or rural regions like Nelson and Rotorua, home gardeners can benefit from Nexsel Tech’s Grow Lights. These lights allow enthusiasts to grow strawberries indoors or in small outdoor spaces, extending the growing season and ensuring a fresh supply of delicious berries.
4. Research Institutions:
– Description: Universities, agricultural research centers, and botanical gardens in cities like Auckland, Wellington, and Dunedin can utilize Nexsel Tech’s Grow Lights for scientific research and experimentation. These lights provide precise control over light intensity and spectrum, facilitating studies on plant growth, development, and responses to various environmental factors.
5. Educational Facilities:
– Description: Schools and educational institutions across New Zealand, including Christchurch, Hamilton, and Napier-Hastings, can integrate Nexsel Tech’s Grow Lights into their science curriculum. Students can learn about plant biology, photosynthesis, and sustainable agriculture through hands-on experiments and observation of strawberry growth under controlled lighting conditions.
6. Specialty Crop Production:
– Description: In regions with unique microclimates like Nelson and Rotorua, where specialty crops thrive, Nexsel Tech’s Grow Lights can support the cultivation of premium strawberries. By providing tailored lighting solutions, growers can optimize the flavor, aroma, and appearance of their strawberries, catering to discerning consumers and niche markets.
7. Community Gardens:
– Description: Community gardens and urban agriculture initiatives in cities like Auckland, Wellington, and Christchurch can benefit from Nexsel Tech’s Grow Lights. These lights enable communities to grow strawberries year-round, fostering food security, community engagement, and environmental sustainability in urban areas.
8. Vertical Farming:
– Description: With the rise of vertical farming practices in urban centers like Auckland, Wellington, and Hamilton, Nexsel Tech’s Grow Lights offer a compact and efficient solution for growing strawberries in vertically stacked layers. This innovative approach maximizes space utilization while minimizing resource consumption, making it suitable for urban agriculture and commercial production alike.
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In summary, Nexsel Tech’s Grow Lights cater to a wide range of applications, from large-scale commercial operations to educational endeavors and community-based initiatives, empowering growers and enthusiasts across New Zealand to cultivate premium strawberries year-round with precision and efficiency.
Customer Reviews
FAQ's
The main difference lies in the power output, with the 17W variant being the highest and the 9W variant being the lowest. This difference affects the coverage area and intensity of the light emitted.
While these lights are optimized for strawberry growth, they can also support the growth of various other plants, including herbs, leafy greens, and flowering plants.
The wattage depends on factors such as the size of your growing area, the number of plants, and the desired intensity of light. Higher wattage lights are suitable for larger areas or commercial operations, while lower wattage lights are ideal for smaller setups or home gardening.
Yes, these lights can be used for both indoor and outdoor cultivation. However, they are particularly beneficial for indoor cultivation where natural sunlight may be limited or inconsistent.
The distance between the lights and the plants depends on the wattage and intensity of the lights, as well as the growth stage of the plants. As a general rule, start with a distance of 12-18 inches and adjust as needed based on plant response.
No, these grow lights are designed to emit a spectrum of light optimized for plant growth, including wavelengths beneficial for photosynthesis. They do not emit harmful UV radiation.
Yes, these grow lights can supplement natural sunlight, especially in areas where sunlight may be limited or inconsistent, ensuring consistent growth and yield throughout the year.
These grow lights are designed for indoor use and are not waterproof. They should be used in a protected environment away from direct exposure to water or moisture.
With proper maintenance and usage, these grow lights can last for several years. However, the lifespan may vary depending on factors such as usage hours per day and environmental conditions.
No, these grow lights are designed for easy installation and can be simply plugged into a standard electrical outlet. No special wiring or installation procedures are required.
Yes, these grow lights can be used with a timer to automate lighting schedules, ensuring consistent light exposure for your strawberry plants according to their specific needs.
While these grow lights consume electricity, they are designed to be energy-efficient, minimizing the impact on your electricity bill compared to traditional lighting sources. The exact increase will depend on factors such as usage hours and local electricity rates.
Yes, these grow lights are suitable for use in hydroponic or aeroponic systems, providing the necessary light spectrum for healthy strawberry growth without soil.
These grow lights provide optimized light spectrum and intensity tailored to the needs of strawberries, promoting faster growth, increased flowering, and higher fruit production compared to traditional lighting sources.
Yes, these grow lights can be used with dimmers to adjust light intensity according to the specific requirements of your strawberry plants and growing environment.
 Yes, these grow lights are suitable for seed starting and propagation, providing the ideal light spectrum and intensity for promoting healthy germination and seedling growth.
These grow lights are designed with advanced heat dissipation technology to minimize heat emission and prevent damage to the plants. They emit minimal heat compared to traditional lighting sources.
To maintain optimal performance, regularly dust the surface of the lights with a soft cloth or brush. Avoid using harsh chemicals or abrasive materials that could damage the light fixtures.
Yes, these grow lights can be used in conjunction with nutrient supplements to optimize strawberry growth and yield. Ensure that the supplements are compatible with the specific growth stage of your plants and follow recommended dosage guidelines.
Yes, these grow lights come with a warranty against manufacturing defects and are backed by Nexsel Tech's commitment to quality and customer satisfaction. Please refer to the product documentation for warranty details and terms of service.
Yes, these grow lights are particularly beneficial for urban environments like Auckland and Wellington, where natural sunlight may be limited or inconsistent, allowing growers to cultivate strawberries indoors with consistent light exposure.
Absolutely, these grow lights are perfect for home gardening enthusiasts in regions like Dunedin or Rotorua, where outdoor cultivation may face challenges from cooler climates or unpredictable weather. They provide a controlled environment for strawberries to thrive indoors year-round.
Commercial growers in regions like Christchurch and Hamilton can utilize Nexsel Tech’s Grow Lights to extend the growing season and increase yield, ensuring a consistent supply of strawberries even during colder months or periods of reduced sunlight.
Yes, these grow lights are perfect for educational institutions in cities like Napier-Hastings and Palmerston North, providing students with hands-on learning experiences in plant biology, sustainable agriculture, and controlled environment cultivation.
Absolutely, community gardens in urban areas like Tauranga and Nelson can utilize Nexsel Tech’s Grow Lights to grow strawberries year-round, fostering community engagement, food security, and sustainability initiatives.
Served Area
New Zealand – Auckland | Wellington | Christchurch | Hamilton | Tauranga | Dunedin | Palmerston North | Napier-Hastings | Nelson | Rotorua
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