FL300 Sunlight

The controllable LED fixture replicating the sunlight

When evaluating possible LED solutions, it is important to check two parameters: Temperature of the LED when the fixture is running and the distribution profle on your plants. The FL300 Sunlight is equipped with a patented active cooling system that enables a low LED temperature and therefore a long lifetime that a passive cooled LED fxture does not have.

The FL300 Sunlight is designed with a patent pending optical lens system that enables a traditional installation plan similar to HPS with homogenous distribution profle on plant level.

The light spectrum can be designed for individual crops in combination with LCC4 climate control systems. An alternative to the LCC4 climate control system is a small Control Unit which controls up to 49 fixtures. A further alternative is the LED Light Controller, which can be connected with your climate computer from another provider. That way you can maintain the full control of your LED installation.

FL300 Sunlight is CE marked according to standards in horticultural lighting and ROHS compliant, and FL300 Sunlight is UL certified. You can download the certificate here.

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Spectral distribution

The picture shows the spectral distribution of FL300 Sunlight together with a spectral profile of sunlight.

What's in it for you? ...... see below

Dynamic control of light intensity

Easy replacement of your old Mercury lights

Spectral distribution similar to the sun

Full control of your installation

Danish developed and manufactured since 2005

Same or even better plant quality

Mainly for climate chambers

Get a specific lighting plan for your need

Further functions Download UL certificate Download datasheet & brochure Technical specifications Lighting plan
Further functions

Further essential functions

  • Equipped with a patented active cooling system
  • Energy saving
  • Long lifetime
  • Patent-pending optical lens system
  • Documented results
Download UL certificate
Download datasheet & brochure
Technical specifications



  • Power input: 230 V AC - 50/60 Hz
  • Nominal current: 2.4 A
  • Power usage: 100 - 550 watt (adjusted via controller)
  • Light output: Up to 1.5 µmol/s per Watt (depending on light modulation)
  • Operating temperature: 0 - 40° C
  • Light intensity decay: At least 70,000 hours at L80B10
  • Coverage: 0.25 - 12 m2 (depending on light intensity)
  • Light modulation range: From 20 - 100 % intensity
  • Light content: Please see the table on the product sheet (can be downloaded)
  • Dimensions: L x W x H: 550 x 230 x 160 mm
  • Weight: 12.4 kg 
Lighting plan

Lighting plan

We can support you with a lighting plan showing your need for LED fixtures.

The only information we need from you is the following:

  • The length + width + height of your greenhouse
  • The wanted light quantity stated in either µmol or PAR
  • Which crops you grow and the height of them

In case you have tables in your greenhouse, we would also like to know the height of them.

The lighting plan will show you the number and position of the fixtures and furthermore also the distribution of the light.

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Video showing LED installations

Get inspired by our world wide LED installations

LED cases

Below you will find cases telling about how the LED fixtures work for the horticulture life


FL300 Grow LED light used in Holland

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Potted plants

Good or even better quality with LED

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Lettuce & Herbs

Spisa Smaker AB very satisfied with the LED solution

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The Hybrid solution

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Production rate increased and no loss in colour recognition

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Climate Chamber

Get tomatoes to flower indoors

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Garden Center

Sufficient homogenous light by using the LED named Sunlight

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Documented results

The research institution of Aarhus University is well known in Europe for experiments in plant responses, including trials with LED lights. After evaluating several LED solutions, they installed FL300 Sunlight in their new climate chambers situated at the Aarslev Research Station. Each 4.2 m2 cell was equipped with 16 FL300 fxtures installed with dynamic control. The installation was completed in the fourth quarter of 2012 and has proven itself on various crops ranging from tomatoes to various grains.

Together with the substantial energy savings – both in terms of light efciency and reduced cooling – the installation provides a uniformity of light which is greatly improved, when compared to what is achievable with traditional lighting technology.

The conclusion was that despite the low electricity consumption, the plants are growing very well in the “new
light”. Getting a tomato plant to flower under LED lighting alone is difcult – and this is no longer an issue with the FL300 Sunlight.