Dairy Barn Lighting
Dairy barn light system
Happy cows make happy farmers. Thanks to the recent installation of specially szAMB Smart ZLC designed ultra-energy-eﬃcient LED lighting, the dairy farm of all size has dramatically reduced operational expenses and improved milk production.
led dairy farm light decade ago the added costs may have outweighed the beneﬁts, but the tables have turned. Today, szAMB smart ZLC ultra-eﬃcient LED lighting can deliver a much higher output and better quality of light while actually reducing energy consumption — and costs — by as much as 90% compared to traditional ﬁxtures.
When it comes time to build or improve dairy barns , look to szAMB specialist to help them create a state-of-the-art environment for your herd. Sustainable lighting solution complements a facility's infrastructure, szAMB smart high-eﬃciency Linear LED high bay and ZLC lighting ﬁxtures.
In 2003, a report was published by the Research Institute for Animal Husbandry, which showed farmers that improving the lighting inside their milking barn would encourage the cows to produce more milk. And recently, Oklahoma State University study found that cows living in areas of the barn outﬁtted with suitable LED ﬁxtures produced 6 percent more milk than those housed in spots using ﬂuorescent lighting. The average LED-lit cow delivered an extra half gallon of milk per day.
This gives the szAMB clients a signiﬁcant advantage when it comes to both human and animal comfort and safety. The clear, crisp white light enables workers in the barn to see colors properly, more easily spot injuries or other animal welfare issues and clearly identify the animals. By virtue of their lower proﬁle and overall smaller footprint, the linear LED high bays also collect less dust and dirt, which helps keep the barn clean. And, Standard LEDs emit no ultraviolet light, don't attract ﬂies, which helps control pollution, annoyance, and reduces spread of disease.
With their instant-on capability and sunrise&sunset smoothly lighting on function. the szAMB linear high bay eliminate the problematic warm-up period commonly associated with conventional lighting, allowing our clients to turn the lights on and oﬀ as needed, further reducing energy consumption. And, when ample sunshine shines into barn the lights can be dimmed to just 4W output to supplement the natural light for an even greater energy savings of up to 95% compared to traditional lighting that would be either fully on or completely oﬀ.
Smart dimming system can eﬀectively establish the circadian clock of cows and improve their light welfare
Smart lighting controller system have sunrise&sunset function，It will helps lots to lower the dairy owner in control of energy use, allowing our client to save electricity and money without compromising on light quality, visibility or safety. And, like many farmers, the customers used to spend time changing bulbs and ﬁxtures. Because the szAMB LED linear ﬁxture are maintenance free, they will now enjoy worry-free performance.
The proof is in the production:
• 6.4% milk production increase under LEDs
• about 4 lbs of milk per day per cow
• $0.57 per day per cow
• per 100 cow herd equal roughly $21,000 per year
As a result of the dramatic increase in production and the lower total cost of ownership and electricity costs, szAMB now includes it's specially designed LED system as part of its package oﬀering to the dairy farm market. With quick change-out and one-to-one replacement that yields at least 70% energy savings, the prospect of energy-eﬃcient LED lighting could be the most innovative thing to hit the milk business since the milk robot.
Lamp Type Power (W) Color Rendition Index Eﬃciency (LM/W) Lamp Life (Hours)
Incandescent 60-200 100 15-20 750-1000
Halogen 50-150 100 18-25 2,000-3,000
Fluorecent 32-95 70-95 81-98 750-1000
szAMB LED 9-300 80-98 130-170 80,000-100,000
SHAPE \* MERGEFORMAT
szAMB LED linear ﬁxture has all in one function , dimmable watts from 4w to 100w , color changeable oﬀer the best quality lighting for diﬀerent Barn application and diﬀerent stage ,
Because the active vitamin D produced by sun exposure promotes calcium absorption. Ultraviolet rays in the sun can promote the conversion of 7-dehydrocholesterol in the basal layer of human skin into vitamin D3 through photochemical reaction, which is absorbed into the blood and then through the action of hydroxylase in liver and kidney to produce active vitamin D.
Active vitamin D can exert biological eﬀects in intestinal tract, kidney, bone and other tissues and organs, thereby promoting the absorption of calcium and phosphorus. Although some vitamin D can also be obtained through food, about 80% of it is still synthesized through these routes.
Therefore, insuﬃcient sun exposure can cause vitamin D deﬁciency, thereby aﬀecting the eﬀect of calcium supplementation. Aﬀect the absorption of calcium, ultraviolet ray can promote the absorption of calcium, no ultraviolet light for a long time, animals can by calcium in the body and cause osteoporosis, rickets, osteomalacia and other diseases, resistance to drop, there is no right of light can cause decreased body resistance, frail, does not have the right light, blood circulation and metabolism slows down, aﬀect the development of the animal's normal growth and physiological balance.
SzAMB ZLC linear lighting starts with an eﬀective design. The design process consists of three steps:
Determine required illumination levels Light intensity is measured in lumens.
The unit of illumination in the English system is the foot-candle (fc). Illumination is the amount of light striking a surface at some given distance from the light source.
In the metric system illumination is measured in lux (lumen per square meter).
One foot-candle is equal to about 10 lux. Work Area or Task Illumination Level (foot-candle)
Feeding Area 10
Milking Area 20
Milk Room 20
General Lighting 20
Washing Area 100
Bulk Tank Interior 100
Loading Platform 20
Utility or Equipment Room 20
In dairy barns, the lighting requirements to stimulate additional feeding activity that results in increased milk production must provide the following:
(1) 10 to 20 footcandles of illumination in the feeding area of the barn
(2)) a 16 to 18 hour time period at this level of light
(3) ) a continuous dark period of 6 to 8 hours. Providing illumination for 24 hours a day does not yield any additional production or animal health beneﬁts when compared to 13.5 hours of illumination.
Lamp life is the time a lamp operates at its designed level. The more energy eﬃcient lamps also have the longest useful life.
Starting temperature is generally only important when selecting a lighting system for a cold environment.
Incandescent lamps perform well at cold temperatures (-20°F). The minimum starting temperature for most ﬂuorescent lamps is 50° F, except those equipped with cold starting ballast. Warm-up periodIncandescent and halogen lamps do not have a warm-up period.
Fluorescent lamps have a slight starting delay, but it is not signiﬁcant.
All of the high intensity discharge lamps have a signiﬁcant warm-up period which can range from 1 to 15 minutes. Color The color, or degree of whiteness, of a light source is deﬁned by the color rendition index (CRI). A CRI of 80 or more is required for color matching tasks.
The quality of the light in a work area must be considered in addition to the quantity and eﬃciency.
The quality of the lighting installation is not only inﬂuenced by the color of the light source but also by the light uniformity, spacing, glare, and reﬂectance of the surfaces in the room.
Glare is the result of excess light that is in the normal line of sight in the work area. Glare is deﬁned as any brightness in the ﬁeld of vision that causes discomfort, reduction in vision, or eye fatigue (ASAE, 1993). Glare may come directly from the ﬁxture or be reﬂected from a glossy surface.
Fixture positions and surface reﬂectivity inﬂuence the amount of glare. Fixtures should be mounted above the line of sight to reduce glare
Since dairy barns are damp and dusty environments, either type UF or nonmetallic conduit may
be used for wiring. All cable or conduit should be attached to interior building surfaces and should never be concealed in the walls, ceiling, attic, or hay mow. If cable is used, it must be installed in a location where it cannot be damaged. All light ﬁxtures must have a gasket, be fabricated of corrosion resistant materials, and be rated
for wet locations (watertight).
The best lighting system provides the required amount and quality of light at the
least cost. LED light or Fluorescent or metal halide lamps that have a color rendition index of 80 or more are recommended for use in the oﬃce and milk room. In stanchion or tie-stall barns with
relative low mounting heights, Linear LED lamps are the most practical. The total installation and operating costs of the system must be considered when selecting a ﬁxture type and lamp size.
Make sure that all new ﬁxtures and wiring conform to local requirements for livestock buildings and have all new work inspected.
Innovative design for replacing metal halides or T8/T5 ﬂuorescent ﬁxtures. Aluminum alloy light body is excellent heat dissipation.
Frost cover glass cover or PMMA cover with anti-glaring.
High luminous eﬃcacy 140-170 LM/W.