400–800W, the fixture features a hollow design that reduces sunlight obstruction.
Why strawberries need dedicated grow lights？
Strawberries are a high-value fruit crop that depends heavily on both light quantity and light distribution. Unlike many leafy crops, strawberries need enough light not only for vegetative growth, but also for:
- stronger flowering performance
- better fruit set consistency
- larger berry size
- improved color development
- higher sugar accumulation
- year-round production stability
When natural sunlight drops in winter or during long cloudy periods, yield and fruit quality often become less predictable—especially in large facilities where small variability becomes a weekly labor and grading problem.
Low winter sunlight in greenhouses
Seasonal light reduction can slow flowering and reduce fruit volume. The operational impact is usually seen as longer crop cycles and more uneven harvest peaks.
Uneven ripening
Insufficient or inconsistent light often produces mixed harvest maturity—some rows coloring up on time while others lag. That’s not only a crop issue; it becomes a labor planning issue.
Dense canopy shading
In gutter systems and dense rows, the upper canopy absorbs the majority of light. Lower leaves and fruiting zones receive less light and become the “variable layer” in the system.
Variable fruit quality across rows
When some zones run darker than others, berry size, sweetness, and color can vary across the same greenhouse bay—making it harder to standardize your pack-out.
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Best types of grow lights for strawberries
If you’re sourcing commercial strawberry grow lights, start by choosing the right delivery method for your canopy and facility—not a one-size-fits-all fixture.
Top lighting for greenhouse strawberries
Top lighting is installed above crop rows to supplement sunlight.
Best for:
- greenhouse tunnels
- glasshouses
- wide-span commercial facilities
Benefits:
- broad coverage
- easier maintenance access
- scalable installations
When to choose it: when your primary issue is seasonal DLI deficit and you need a uniform, facility-wide boost.
Interlighting for dense strawberry rows
Interlighting is installed within canopy zones to deliver photons into shaded layers.
Best for:
- hanging gutter systems
- dense strawberry rows
- high-wire berry production
Benefits:
- improved lower-canopy light penetration
- better lower fruit quality
- reduced “top-leaf saturation, bottom-fruit starvation” effect
Why it matters: peer-reviewed research on canopy crops shows that intra-canopy lighting can increase total light absorption versus top lighting alone, and that combining top + intra-canopy can improve uniformity compared with either method alone (see the 2023 paper “Consequences of intra-canopy and top LED lighting for uniformity of light absorption…”).
Rack lighting for indoor strawberry farms
Rack lighting is designed for multilayer and controlled-environment systems.
Benefits:
- close-canopy efficiency
- uniform shelf coverage
- high-density production
When to choose it: when you’re running a vertical strawberry system or indoor propagation/production where every shelf needs repeatable PPFD.
Before designing a strawberry lighting system, growers can review this vertical LED grow lights guide for commercial vertical farming to understand multi-tier lighting layout, crop zoning, PPFD uniformity, and energy planning.
FY LIGHTING grow light for strawberries: solution options by facility
FY LIGHTING provides commercial LED systems that can be configured around your strawberry production method—greenhouse toplighting, intra-row/interlighting, or rack-based indoor farming.
Tunable spectrum, customizable length, width, and module configuration, IP66 waterproof, and daisy-chainable design.
Tunable spectrum, customizable length, daisy-chainable design, and IP66 waterproof rating.
Customizable length, IP66 waterproof rating, with seamless connection or wired daisy-chain capability.
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Product Certification
Trusted certifications ensuring safety, performance, and compliance worldwide.
DLC Certified
DLC Certified — Meets high efficiency and performance standards for commercial lighting rebates.
UL Certified
Ensures the product meets strict safety and quality standards set by UL.
RoHS
Manufactured with eco-friendly materials, ensuring our grow lights are free from lead, mercury, and other hazardous substances.
CE Certified
Complies with European safety, health, and environmental protection standards.
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What matters most when buying strawberry LED lights
If you’re comparing strawberry LED lights across vendors, the goal isn’t to “win” on a single spec—it’s to de-risk yield consistency, installation, and operating cost.
Stable spectrum output over time
Strawberries are a long-fruiting crop in many production systems. Spectrum stability matters because drift over time can show up as inconsistent morphology and changing fruit outcomes.
PPFD uniformity (not just max intensity)
Uniform light helps produce berries with more consistent size and maturity. Poor uniformity forces you to “over-light” bright zones just to fix dark zones—wasting energy and increasing variability.
Low heat output
LED fixtures allow closer mounting with less heat stress, which is particularly useful for fruit crops sensitive to microclimate swings. Lower radiant heat also gives you more control over leaf temperature and humidity management.
Dimming control and zoning
Dimming isn’t a luxury—it’s how commercial growers keep lighting aligned with:
- season (winter vs shoulder months)
- cultivar blocks
- growth stage
- electricity pricing window
A good control strategy can be dynamic. For example, research published in 2024 on an LED strategy based on hourly light integral reported higher yield and quality outcomes in a greenhouse strawberry trial (including +32% yield per plant and higher soluble solids): “LED supplementary strategy based on hourly light integral…”.
Waterproof protection (IP rating)
Strawberry environments are humid, with frequent washdown and condensation risk. For commercial strawberry greenhouse lighting, IP65 or IP66 fixtures are common requirements.
Greenhouse Top Lighting Series
For supplemental greenhouse lighting where you need facility-wide coverage:
- TPA series (commonly positioned as higher-power top lighting)
- TPB series (commonly positioned as reduced-obstruction top lighting)
Vertical Rack Lighting Systems
For indoor farms, multi-layer strawberry production, and dense canopy systems, bar and modular rack-light formats with IP66 protection are ideal for humid environments, while interlighting bar-style solutions can be zoned by bay or row to improve canopy penetration and reduce lower-canopy variability.
Tunable Spectrum Solutions
Where cultivar blocks or growth-phase recipes justify spectrum control, FY LIGHTING offers tunable configurations. The practical value is flexibility—zoning and scheduling—without overcomplicating your base lighting plan.
Smart Control Integration
For commercial facilities, FY LIGHTING supports dimming and centralized control features such as:
- 0–10V dimming
- scheduling and time-based programs
- zoning and group control
This is typically where a lighting plan becomes a project plan: zone design, wiring topology, control cabinet layout, and how you’ll operate lighting across seasons.
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Best Light Spectrum For Strawberries
Blue light
Blue supports compact plants and healthy leaf development.
Red light
Red supports flowering initiation and fruiting performance.
White light
White provides balanced growth and makes crop inspection easier (which matters for scouting, IPM, and harvest decisions).
Far red (optional)
Far red can be used in advanced strategies—often via timed recipes or end-of-day programs—to influence morphology and flowering response depending on cultivar and your production goals.
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Strawberry PPFD Guide & HPS vs LED Comparison
Use science-based PPFD ranges and compare how LED systems outperform traditional HPS in heat control and efficiency.
Below is a practical starting table for commercial planning. Final targets depend on cultivar type (day-neutral vs short-day), temperature/CO₂ strategy, canopy architecture, and photoperiod.
Growth stage | Suggested PPFD |
|---|---|
Propagation | 100–200 μmol/m²/s |
Vegetative | 250–400 μmol/m²/s |
Flowering | 400–550 μmol/m²/s |
Fruiting | 500–700 μmol/m²/s |
If you plan photoperiod-driven production, it’s worth noting that peer-reviewed research on strawberry ‘Albion’ found photoperiod can have a dominant effect on growth and fruit production responses in controlled environments (“Growth, Flowering, and Fruit Production of Strawberry ‘Albion’…” (2023)).
HPS systems can raise heat load and energy costs. Many commercial growers switch to LEDs for:
lower power consumption
reduced HVAC demand
spectrum options (including tunable strategies when needed)
closer mounting distance
improved crop uniformity
reduced maintenance frequency
This is less about “LED vs HPS debate” and more about operational control: LEDs can deliver useful PPFD with less radiant heat, which helps stabilize microclimate and keeps your light strategy from fighting your climate strategy.
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Delivering Reliable Lighting for the Most Demanding Environments
At FY Lighting, every fixture is engineered for long-term performance and safety. From explosion-proof lighting for hazardous zones to industrial high-bays and advanced horticulture solutions, our products are built with premium components, rigorous testing, and industry-leading certifications.
No matter the environment—oil & gas, factories, warehouses, greenhouses, or vertical farms—you get stable output, durable construction, and a product designed to solve real-world challenges.
17 Years of Manufacturing Excellence You Can Trust
With a 10,000㎡ facility, in-house R&D, strict QC processes, and advanced testing equipment, we ensure consistent quality in every unit. Our lights meet global certification standards including UL, CE, RoHS, ATEX, and more.
We support OEM/ODM, provide fast engineering response, and offer customized lighting solutions that fit your exact application needs—helping you reduce downtime, improve safety, and enhance productivity.
Continue Learning About Vertical Farm
For farms producing both fruiting crops and leafy greens, this guide to growing lettuce hydroponically explains how lettuce lighting requirements compare with strawberry lighting in vertical farming systems.
If your vertical farm includes mixed crop zones, this herb lighting guide for vertical farming can help compare herb lighting needs with strawberry lighting strategies.
For growers evaluating short-cycle crops alongside strawberries, this microgreens lighting guide explains commercial PPFD, DLI, LED setup, and ROI logic for microgreens production.
Strawberries and tomatoes are both high-value crops, but their lighting strategies are different. This guide on using grow lights for tomatoes explains tomato lighting requirements for commercial production.
What type of grow lights are best for commercial strawberry production?
Do strawberries need dedicated grow lights in greenhouses?
What PPFD is recommended for strawberries under LED grow lights?
What light spectrum is best for strawberries?
What is the difference between top lighting and interlighting for strawberries?
Are LED grow lights better than HPS for strawberries?
Why is PPFD uniformity important for strawberry grow lights?
What should commercial growers consider before buying strawberry LED lights?
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