🗊 Презентация Horticulture lighting

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Horticulture lighting, слайд №1 Horticulture lighting, слайд №2 Horticulture lighting, слайд №3 Horticulture lighting, слайд №4 Horticulture lighting, слайд №5 Horticulture lighting, слайд №6 Horticulture lighting, слайд №7 Horticulture lighting, слайд №8 Horticulture lighting, слайд №9 Horticulture lighting, слайд №10 Horticulture lighting, слайд №11 Horticulture lighting, слайд №12 Horticulture lighting, слайд №13 Horticulture lighting, слайд №14 Horticulture lighting, слайд №15 Horticulture lighting, слайд №16 Horticulture lighting, слайд №17 Horticulture lighting, слайд №18 Horticulture lighting, слайд №19 Horticulture lighting, слайд №20 Horticulture lighting, слайд №21 Horticulture lighting, слайд №22 Horticulture lighting, слайд №23 Horticulture lighting, слайд №24 Horticulture lighting, слайд №25 Horticulture lighting, слайд №26 Horticulture lighting, слайд №27 Horticulture lighting, слайд №28 Horticulture lighting, слайд №29 Horticulture lighting, слайд №30 Horticulture lighting, слайд №31 Horticulture lighting, слайд №32 Horticulture lighting, слайд №33 Horticulture lighting, слайд №34 Horticulture lighting, слайд №35 Horticulture lighting, слайд №36 Horticulture lighting, слайд №37 Horticulture lighting, слайд №38 Horticulture lighting, слайд №39 Horticulture lighting, слайд №40 Horticulture lighting, слайд №41 Horticulture lighting, слайд №42 Horticulture lighting, слайд №43 Horticulture lighting, слайд №44 Horticulture lighting, слайд №45 Horticulture lighting, слайд №46 Horticulture lighting, слайд №47 Horticulture lighting, слайд №48 Horticulture lighting, слайд №49 Horticulture lighting, слайд №50 Horticulture lighting, слайд №51 Horticulture lighting, слайд №52 Horticulture lighting, слайд №53 Horticulture lighting, слайд №54 Horticulture lighting, слайд №55 Horticulture lighting, слайд №56 Horticulture lighting, слайд №57 Horticulture lighting, слайд №58 Horticulture lighting, слайд №59 Horticulture lighting, слайд №60 Horticulture lighting, слайд №61 Horticulture lighting, слайд №62 Horticulture lighting, слайд №63 Horticulture lighting, слайд №64 Horticulture lighting, слайд №65
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Слайды и текст этой презентации

Слайд 1


Horticulture Lighting
Описание слайда:
Horticulture Lighting

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Horticulture Training Types of horticulture lighting Terminology Science behind the spectrum Starting point in choosing LEDs
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Horticulture Training Types of horticulture lighting Terminology Science behind the spectrum Starting point in choosing LEDs

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Types of Horticulture Lighting
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Types of Horticulture Lighting

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Applications
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Applications

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Traditional Technologies
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Traditional Technologies

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DE High Pressure Sodium
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DE High Pressure Sodium

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Fluorescent Tube
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Fluorescent Tube

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Benefits to LEDs
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Benefits to LEDs

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Terminology
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Terminology

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Photosynthesis
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Photosynthesis

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Micromol
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Micromol

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Photosynthetically Active Radiation (PAR) Spectral range between 400-700nm for which photosynthesis occurs Often referred to as a unit, but it is...
Описание слайда:
Photosynthetically Active Radiation (PAR) Spectral range between 400-700nm for which photosynthesis occurs Often referred to as a unit, but it is not. Can refer to either: PPF – Photosynthetic Photon Flux (μmol·s-1) PPFD - Photosynthetic Photon Flux Density (μmol·m-2·s-1) PPFD being the common reference

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Photosynthetic Photon Flux (PPF)
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Photosynthetic Photon Flux (PPF)

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Photosynthetic Photon Flux Density (PPFD)
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Photosynthetic Photon Flux Density (PPFD)

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Spill Light
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Spill Light

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Spill Light
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Spill Light

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Measurement Standard PPFD measurements are performed on a 4x4’ grid at the manufacturer’s recommended height. Measurements can go up to 10x10’ grid....
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Measurement Standard PPFD measurements are performed on a 4x4’ grid at the manufacturer’s recommended height. Measurements can go up to 10x10’ grid. Measurements are performed with a handheld meter, which is why PPFD is commonly used as a performance metric rather than PPF Unfortunately many of these tests can be center-weighted, which can falsely skew data.

Слайд 18


Science Behind the Spectrum
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Science Behind the Spectrum

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What is the Ideal Spectrum? Predominately two main approaches for LED Horticulture lights: Red (660nm) and Blue (450nm) Full Spectrum The current...
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What is the Ideal Spectrum? Predominately two main approaches for LED Horticulture lights: Red (660nm) and Blue (450nm) Full Spectrum The current trend of new opportunities

Слайд 20


Red and Blue Chlorophyll a & b Chlorophyll refers to the pigment used to absorb radiation for photosynthesis. Chl a efficiently absorbs red while Chl...
Описание слайда:
Red and Blue Chlorophyll a & b Chlorophyll refers to the pigment used to absorb radiation for photosynthesis. Chl a efficiently absorbs red while Chl b efficiently absorbs blue. These absorption peaks were the reason why 440-450nm and 660nm are quoted throughout the LED horticulture industry.

Слайд 21


Red and Blue Studies were derived from in-vitro on green algae. Higher order plant organisms differ in response. In vivo, the probability of a...
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Red and Blue Studies were derived from in-vitro on green algae. Higher order plant organisms differ in response. In vivo, the probability of a pigment absorbing light absorption depends on: the specific protein that the pigment is bound to the orientation of the pigment-protein complex within the cell the forces exerted by the surrounding medium on the pigment-protein complex.

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Full Spectrum Average photosynthetic response of 20+ terrestrial crop plants. Plants have a broad photosynthetic response. Red (620-630nm) have the...
Описание слайда:
Full Spectrum Average photosynthetic response of 20+ terrestrial crop plants. Plants have a broad photosynthetic response. Red (620-630nm) have the highest response. Green (555nm) has similar to better response than blue.

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Chlorophyll a & b vs McCree Curve Photosynthetic action spectra for the green alga Ulva (two cell layers) and higher plants (multiple cell layers).
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Chlorophyll a & b vs McCree Curve Photosynthetic action spectra for the green alga Ulva (two cell layers) and higher plants (multiple cell layers).

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“Green Is Useless” – Inaccurate Research is still in its infancy and often conflicting. Many studies have shown: Increased yields with white only or...
Описание слайда:
“Green Is Useless” – Inaccurate Research is still in its infancy and often conflicting. Many studies have shown: Increased yields with white only or supplemental green light Higher penetration of green light through the canopy Higher photosynthetic efficiency under saturated light

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Full Spectrum Lighting
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Full Spectrum Lighting

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Starting Point in Choosing LEDs
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Starting Point in Choosing LEDs

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Which LEDs to choose? Traditionally LED solutions focused on 440nm and 660nm (blue and red) with a supplement of 730nm. Dynamic shift in the industry...
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Which LEDs to choose? Traditionally LED solutions focused on 440nm and 660nm (blue and red) with a supplement of 730nm. Dynamic shift in the industry to create a broad spectrum based luminaire.

Слайд 28


Which LEDs to choose? Horticulture market has no set methodology as to what is right and what is wrong. Approaches include: Red and Blue only Many...
Описание слайда:
Which LEDs to choose? Horticulture market has no set methodology as to what is right and what is wrong. Approaches include: Red and Blue only Many discrete colors from UV to IR White only with higher CRI for the red content White with supplemental colors (Red and Blue) Customer is the expert as there are many recipes on the market XP and XQ footprint offers the most versatility

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Target LEDs
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Target LEDs

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Target LEDs
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Target LEDs

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Target LEDs
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Target LEDs

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SPD: White LEDs
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SPD: White LEDs

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SPD: Color LEDs
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SPD: Color LEDs

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Design Goals Mimic the gold standard at much lower wattage Similar spd distribution to HPS Equivalent performance to a 1000W HPS on a 4x4’ grid,...
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Design Goals Mimic the gold standard at much lower wattage Similar spd distribution to HPS Equivalent performance to a 1000W HPS on a 4x4’ grid, while having identical uniformity IP67 Sealed Natural Convection (No Fans) Modular

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Reference Design
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Reference Design

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Horticulture lighting, слайд №36
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Horticulture lighting, слайд №37
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Слайд 38


Module Roughly the size of a sheet of paper. 4 Modules used in fixture. Size: 11.3x7.2x2.4” (287x183x61mm) Weight: 5lbs (2.26kg) Heatsink: Aavid...
Описание слайда:
Module Roughly the size of a sheet of paper. 4 Modules used in fixture. Size: 11.3x7.2x2.4” (287x183x61mm) Weight: 5lbs (2.26kg) Heatsink: Aavid Thermalloy, 62625 Optics: 4x LEDiL CS14130 PCB: SinkPad TIM: Graftech LEDs 36 Cree XPG3 4000K, S4, 70 CRI 12 Cree XPE Photored 660nm

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Wavelength Distribution
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Wavelength Distribution

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Horticulture Reference Design (4x Modules)
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Horticulture Reference Design (4x Modules)

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XLamp MH Family: Tiny High Bay & LM-80 vs DURIS S 10
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XLamp MH Family: Tiny High Bay & LM-80 vs DURIS S 10

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Tiny High Bay (LFI Version) - Lower System Cost High Bay Key Messaging Cree LEDs enable a much smaller & lighter solution than using mid-power LEDs...
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Tiny High Bay (LFI Version) - Lower System Cost High Bay Key Messaging Cree LEDs enable a much smaller & lighter solution than using mid-power LEDs Less metal / smaller size = lower cost Passively cooled Seeing is Believing!

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Tiny High Bay - Lower System Cost High Bay
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Tiny High Bay - Lower System Cost High Bay

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DURIS S 10 (P7LP32.EM) LM-80 Results EMC 7070 package 6k hours of LM-80 published Feb 2016
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DURIS S 10 (P7LP32.EM) LM-80 Results EMC 7070 package 6k hours of LM-80 published Feb 2016

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LM-80: DURIS S 10 (P7LP32.EM) vs XLamp MHD-G @ 85°C
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LM-80: DURIS S 10 (P7LP32.EM) vs XLamp MHD-G @ 85°C

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Will DURIS S 10 (P7LP32.EM) Make Reported L70 50k Hours @ 85°C? Plastic packages tend to degrade faster after 6k hours of LM-80 testing So there is a...
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Will DURIS S 10 (P7LP32.EM) Make Reported L70 50k Hours @ 85°C? Plastic packages tend to degrade faster after 6k hours of LM-80 testing So there is a chance that DURIS S 10 will not achieve even Reported L70 50k hours @ 85°C!

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LM-80: DURIS S 10 (P7LP32.EM) vs XLamp MHD-G @ 105°C
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LM-80: DURIS S 10 (P7LP32.EM) vs XLamp MHD-G @ 105°C

Слайд 48


OSRAM DURIS S 10 (P7LP32.EM) vs XLamp MHD-G: LM-80 Position
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OSRAM DURIS S 10 (P7LP32.EM) vs XLamp MHD-G: LM-80 Position

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XLamp MH Family LM-80 Testing Summary
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XLamp MH Family LM-80 Testing Summary

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Brighter XLamp MK-R LED
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Brighter XLamp MK-R LED

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XLamp MK-R White Standard Order Codes
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XLamp MK-R White Standard Order Codes

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LM-80 Updates
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LM-80 Updates

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XLamp CXA2 Family LM-80 Summary
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XLamp CXA2 Family LM-80 Summary

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XLamp CXA2 Family TM-21 Lifetime (CXB3050)
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XLamp CXA2 Family TM-21 Lifetime (CXB3050)

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XLamp CXA2 Family TM-21 Lifetime (CXB3050)
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XLamp CXA2 Family TM-21 Lifetime (CXB3050)

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XLamp CXA2 Family TM-21 Lifetime (CXB2530)
Описание слайда:
XLamp CXA2 Family TM-21 Lifetime (CXB2530)

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XLamp CXA2 Family TM-21 Lifetime (CXB2530)
Описание слайда:
XLamp CXA2 Family TM-21 Lifetime (CXB2530)

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XLamp CXA2 Family TM-21 Lifetime (CXB3590 72V)
Описание слайда:
XLamp CXA2 Family TM-21 Lifetime (CXB3590 72V)

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XLamp CXA2 Family TM-21 Lifetime (CXB3590 72V)
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XLamp CXA2 Family TM-21 Lifetime (CXB3590 72V)

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XLamp XHP70 LM-80 Testing Summary
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XLamp XHP70 LM-80 Testing Summary

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XLamp XP-L LM-80 Testing Summary
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XLamp XP-L LM-80 Testing Summary

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XLamp MH Family LM-80 Testing Summary
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XLamp MH Family LM-80 Testing Summary

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XLamp XHP35 LM-80 Testing Summary
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XLamp XHP35 LM-80 Testing Summary

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XLamp XHP50 LM-80 Testing Summary
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XLamp XHP50 LM-80 Testing Summary

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XLamp XT-E LM-80 Testing Summary
Описание слайда:
XLamp XT-E LM-80 Testing Summary

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