Commercial LED Grow Lights

LED Lights that provide your plants with the right light, in the right place, in the right quantity, at the right time.

Benefits and Crop Advantage

LED grow lights can significantly improve your crops and drive business profitability. Whether you are growing food crops or , LED grow lights can help you:

“Increased yield by 13% over the winter growing season, Heliospectra LED lighting helped us deliver fresh, flavorful and highest quality arugula and microgreens to more than 400 retail stores across the country.”

Alice Farris

Head Grower, Greenbelt Microgreens

Produce superior quality plants

Customize finish and appearance

Accelerate production cycles

Increase yields year-round

Increase lifespan

Reduce energy costs

No idea what type of lamps fits you and your crops? 
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Light Spectrum Advantages

The best LED grow lights deliver spectra designed to optimize the performance of your crops. They enable you to target plants with different wavelengths at different stages of plant development to achieve the desired reactions.

Blue Light

  • Decreases stretching
  • Facilitates branching and compact vegetative growth
  • Enhances color and increases production of antioxidants and vitamins

Green Light

  • Increases light penetration into canopy
  • Promotes photosynthesis within canopy layers
  • Facilitates leaf health and development

Red Light

  • Increases stem and shoot growth
  • Drives photosynthesis and stimulates biomass accumulation
  • Facilitates germination, rooting and development (when balanced with blue light)

Far-Red Light

  • Regulates flower development
  • Increases light penetration into canopy
  • Promotes stem and leaf expansion and reduces side branching

The advantage of intelligent LED grow lights is that they produce light at specific wavelengths chosen to match the needs of plants. So instead of converting electricity into a limited-spectrum light source, which is a downside of HPS lamps, LED grow lights put the energy into the wavelengths that matter most for driving your desired crop outcomes.

Which Lamp is best for my Crops?

Better Light Control with helioCORE™ 2.0

With LED grow lights and lighting technology like helioCORE™ 2.0, you can connect, monitor and control thousands of lights in one platform from anywhere, at any time, through any device.

Quantity

helioCORE 2.0 enables greater control over light intensity, or PPFD (Photosynthetic Photon Flux Density), to maximize plant growth efficiency and photosynthesis without overusing energy.

Quality

The system enables customized, repeatable light schedules, from end-of-day treatments to full growth cycles, thereby granting you control over morphology, flavor, color, efficacy, nutrition and more.

Duration

helioCORE 2.0 enables greater control over light intensity, or PPFD (Photosynthetic Photon Flux Density), to maximize plant growth efficiency and photosynthesis without overusing energy.

Remote Control

Take the guess work out of advanced lighting and connect your Heliospectra lights to helioCORE™

Learn more about helioCore 2.0

Energy Savings and Rebates

If you choose energy-efficient LEDs, these costs can be mitigated through ongoing energy savings and with rebates and incentives.

“LED grow lights are more efficient than traditional lighting systems, consuming up to 55% less energy to give the same level of light.”
 
– Independent Electricity System Operator (IESO)

LED grow lights use less wattage than HPS for a higher or similar level of light, leading to direct energy savings. There are also indirect cost savings to factor in. These come primarily from the lower HVAC (heating, ventilation and air conditioning) needs of LEDs.

A US producer “Experience Organics” achieved a 50% reduction in energy costs with Heliospectra LED lighting and controls.
Indirect Savings from LEDs Can Include:
  • Lower maintenance costs: LEDs do not need to be removed for servicing or cleaning
  • Fewer consumables used: LEDs do not require bulb, ballast or driver replacements
  • Lower cooling demand: LEDs radiate very little heat, so energy isn’t wasted on cooling the space and plants
  • Less water used: Cooler LEDs mean evaporation of the soil or medium is reduced
  • Reduced infrastructure needs: LEDs can be placed close to plants, so infrastructure can be smaller and more economical

Lifespan and Durability of Heliospectra LED Grow Lights

Life expectancy – Other Light Technologies

10,000 hours

Life expectancy – Heliospectra Lights

46,000  to 100,000 hours

Save Energy

LEDs decreases long-term replacement costs, and with their 50,000+ hour lifespan, LEDs have lifetime operating expenses that are comparable, if not significantly better, than HID systems.

Extremely Durable

HID bulbs are delicate, so they need to be handled with care and disposed of properly. Diodes, on the other hand, are encased in polymer, not glass, which makes them the most durable lighting solution available. LED fixtures frequently run for 10 years before needing replacement.

Explore Different Growth Environments

Supplemental Lighting for Greenhouses

Supplemental greenhouse lighting is used to increase light levels at times when natural light is low, such as in the evening, in winter and even on cloudy summer days.

Growers who are able to optimize the supplemental light they provide to plants can eliminate seasonal changes in production cycles, increase crop production, ensure crop consistency and grow quality plants throughout the year.

LED Grow Lights for Indoor Farming

LED lamps and advances in lighting control technology enable indoor farmers, like vertical farmers, to maximize crop yields, optimize crop quality and standardize production year-round.

The advantage of indoor farming, or Controlled Environment Agriculture (CEA), is that you have control over environmental factors like temperature, humidity and the light you provide to plants. Since there is no ambient sunlight, like in a greenhouse, you have full control over day length, quantity and distribution of light, and with intelligent LEDs you can also regulate the spectrum.

LED Grow Lights for Research

Many researchers want the flexibility to work with light quality (spectrum) and quantity (intensity). Heliospectra has two dynamic adjustable spectrum grow lights for those purposes, DYNA and ELIXIA. DYNA provides control over 9 wavelengths from UV A to far-red and ELIXIA provides control over 4 wavelengths from blue to far-red.

With infinite spectral options, DYNA was designed with plant scientists in mind and is ideal for any research or agtech environment.

Which LED Light is right for you?

Use the table below to see which lamp has the features that you need.

Customer References

Don’t just take our word for it, read through our customer success stories to learn more about how we helped them redefine nature's potential.

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