Fiberli has adopted the principle of energy efficiency and sustanable environment. Due to respect for nature and life, it is preferred to use completely unleaded materials with ROHS certification in production The research results have proven that our highly efficient products provide energy conservation and prevent tons of CO2 emissions.
Timeline of Agricultural Development
More Yield, Better Quality
Advantage of LED Horticultural Lighting
Provides maximum harvest efficiency with limited investment and operating cost.
Can be used in all kinds of agricultural facilities due to its durable structure.
With the aoutmation system, a self-contained system can be creates by sensor and control elements.
Since the luminaires do not overheat, the can be applied in suitable position wtihout damaging the plants.
Lower carbon footprint and improve quality by introducing affordable, energy efficient LEDs.
Higher efficiency can be achived by adjust the light levels that plants need at different stages such as sprouting, flowering, and fruiting.
Seasonal changes, decraase in agricultural areas and nutritional demand of the increasing population are highlighting the importance of productivity in agriculture. The light colors required for photosynthesis in agricultural luminaires are applied in a certain knee, making them an artificial light source. Thanks to the advantages of LED technology, conventional lighting fixtures have been transformed to LED in the agricultural areas as in many other illuminated areas. With the low electricity consumption provided by the LED, new project investments are becoming more attractive.
Advantages Of Led Technology
| Criteria* | HPS | LED |
| Typical Lifetime (h) | 6.000 - 8.000h | 35.000 - 50.000h |
| Light Spectrum | Static Spectrum very few far red and blue, too much yellow most not needed. | Able to provide the light spectrum that plant needs to be able grow |
| Efficiency | Critical amount of Energy loss as it gives out unnecessary light spectrum. Also the shape of the lamp and light distribution of the lamp causes light to get lost througt reflectors, holders and luminaire body design. | Most efficient umol because of requested spectrum optimization, directed light source as an advantage of LED. |
| Ignition delay, Re-Ignition delay | 3-8 minutes delay for the first run re-ignition may take 10-15 minutes because of cooling down time as a result of energy fail. | No delay in reaching maximum level, also no delay for re-ignition |
| Automation | No automation change. Just On-Off with dis-advantages of ignition delays | LED is the most flexible light source because of automation compatibility. Adjustable Light Spectrumes and Light Levels are possible. |
| Desing & Darkshadespot & Homogenious light distribution in greenhouse | Bigger luminaires cause dark spots and non-homogenious light distribution on plants. | LED is the most flexible light source because of sizes of chips. Lineer Solutions makes no dark spot on daytime with its body design. Thinner design than greenhouse metal structure is mostly possible. Also it makes homogenious continuous light distribution on plants. |
Horticultural
LED Lighting
We Need More Light
Direct Normal Irradiation (NDI)
Many of northern hemisphere countries nees better lighting conditions for better yield in farming.
The new valuable technology is LED LIGHTING
In fact, plants need to receive only specific color combinations from the light and this is where LED LIGHTING technology comes into play.
By LED technology, it is possible to provide the most effective light energy for plants and also, it gives us the opportunity to control what we provide.
What do plants need to grow?
Nature provides all the resources that a plant needs, however Natural Light Energy is not controllable parameter.
We can find or add everything naturallay or artificially to process! Except lighting. Light Energy will be the game changer.
