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Here are some of our favorite ways to make your barn home lighting reflect your personal style. Light fixtures can be a great way to introduce color into a room.  It can be used as a stand out accent color, or can mirror the colors already in the room. The jewel toned red used for the lamp shade shown above, helps to carry the colors of the great room back into the dining nook in this modern barn home. In this post and beam dining room (shown above), the bright cobalt blue of the hanging lamp provides a unique splash of color to the otherwise neutral barn home. The lighting fixture shown above has a definite craftsman style that works cohesively with the mission style dining table and chairs.  Its large scale works well with the high ceilings and open floor plan inherent in so many barn homes. This barn home great room (shown above) has two hanging lights with a very unique shape.  Their free form style is a nice contrast to the straight clean lines of the post and beam frame. What is your favorite style of barn home lighting?  Do you prefer the free-form, ultra modern lighting?  Or do you enjoy the look of a re-purposed antique?  Let us know by leaving a comment here, or on the Timberpeg Facebook Page.  And as always, if you have questions about any of the homes pictures, feel free to contact Timberpeg. In addition to the cost of the lights themselves, it’s usually necessary to hire a licensed electrician to do the installation. They are affordably priced, simple and safe to install yourself, can be relocated easily, and, of course, you also save on electrical costs. Task lights and spotlights are the brightest class of solar lights and usually carry the highest price tag.
That said, it is important to realize a solar task light will not perform like a standard 100- watt outdoor floodlight. Most solar task lights and spotlights are designed so they can be mounted in a number of ways and can be adjusted to shine in any direction. Often the solar panel can be mounted separately from the light, which allows you to put the panel in a place where it will get the sun, and the light where it’s needed.
While nearly all solar lights are weatherproof and UV protected, solar Task lights and spotlights are often more ruggedly constructed.
Choose the type that’s right for your application, and enjoy an outdoor landscape lit by the free energy of the sun! Don’t worry about paying an electrician, running wires, or an expensive electric bill. Simply secure the solar panel to the outside of your shed, put the light inside, and you’re done. This Solar Shed Light is charged by a powerful Crystal solar panel and the light fixture holds 24 LED Lights. Porches, paths, pools, patios, picnic tables… and the list can get much longer because  those are just the P’s! Some of the devices in this collage look like things from the future, but folks, this is the future.
Traffic lights, public lighting and signs, cellphones, laptops and a whole slew of other consumables are on the way in an effort to reduce our dependence on fossil fuels, foreign oil and just plain save the planet.
Flexible solar rolls and briefcase style solar battery packs are just a couple futuristic ideas that have come to light (pun intended). This is a very new and exciting form of power in an age where just about everything we use needs a power source from the baby’s toys to the grownups toys. A solar panel (photovoltaic module or photovoltaic panel) is a packaged interconnected assembly of solar cells, also known as photovoltaic cells. The solar panel can be used as a component of a larger photovoltaic system to generate and supply electricity in commercial and residential applications. Because a single solar panel can only produce a limited amount of power, many installations contain several panels. A photovoltaic installation typically includes an array of solar panels, an inverter, batteries and interconnection wiring.
Solar panels use light energy (photons) from the sun to generate electricity through the photovoltaic effect. The structural (load carrying) member of a module can either be the top layer (superstrate) or the back layer (substrate).
The majority of modules use wafer-based crystalline silicon cells or thin-film cells based on cadmium telluride or silicon. Most solar panels are rigid, but semi-flexible ones are available, based on thin-film cells. Separate diodes may be needed to avoid reverse currents, in case of partial or total shading, and at night.
The p-n junctions of mono-crystalline silicon cells may have adequate reverse current characteristics that these are not necessary.
Reverse currents are not only inefficient as they represent power losses, but they can also lead to problematic heating of shaded cells. Solar cells become less efficient at higher temperatures and so it desirable to minimize heat in the panels. Very few modules incorporate any design features to decrease temperature, but installers try to provide good ventilation behind solar panels.
Some recent solar panel designs include concentrators in which light is focused by lenses or mirrors onto an array of smaller cells. This enables the use of cells with a high cost per unit area (such as gallium arsenide) in a cost-effective way. Depending on construction, photovoltaic panels can produce electricity from a range of frequencies of light, but usually cannot cover the entire solar range (specifically, ultraviolet, infrared and low or diffused light). Hence much of the incident sunlight energy is wasted by solar panels, and they can give far higher efficiencies if illuminated with monochromatic light. Therefore another design concept is to split the light into different wavelength ranges and direct the beams onto different cells tuned to those ranges.


The use of infrared photovoltaic cells has also been proposed to increase efficiencies, and perhaps produce power at night. Sunlight conversion rates (solar panel efficiencies) can vary from 5-18% in commercial production, typically lower than the efficiencies of their cells in isolation. Panels with conversion rates around 18% are in development incorporating innovations such as power generation on the front and back sides. SMIT’s latest technological innovation, the GROW panel, trumps both conventional solar panels and wind turbines in harnessing natural energy. While its unique panels can capture the solar energy like any other solar panel we know of so far, GROW can also utilize the power of the wind to produce energy as the breeze jostles its leaf-like slender design. Which might not be such a bad business plan given the aesthetic charisma of the leafy gizmo. I went to buy a solar shed light a few months ago and after a few disappointing experiences and more than one return, I finally found a light that worked pretty good for where I needed light.
I try to do my homework when it comes to buying this sort of thing but WOW, just how much information does a guy need to go through in order to not trip over the lawn mower in the shed? After quite a bit of trial and error I finally realized that its not really the "brand" of solar panel light that matters but more importantly the "type" of solar cells that are being used to capture the sunlight and convert it into energy.
It's not very complicated but it is kind of involved so look around at a few other pages and I'll try to explain what I mean.
I hope that someone can benefit from a few of the mistakes I've made along the way in my effort to "go green". Solar Panel Light For Sheds is proudly powered by WordPressEntries (RSS) and Comments (RSS). Au cours des dernieres annees, le taux de LED de penetration elevent la lumiere pour augmenter la valeur de sortie de la LED mondial elevent la lumiere a commence a croitre rapidement en 2013, bien que la valeur de l’echelle que dix millions de dollars, mais il devrait depasser les 35 millions de dollars de 2014 et de plus de defis plus de 300 millions de dollars en 2017. Beaucoup de villes au Japon construit la plus grande usine de legumes de LED au monde qui peut produire chaque jour 10 000 laitue.
2, a la fois dans la soiree ou la nuit, peuvent effectivement se prolonger et le controle de la science vegetale necessaire de lumiere. 4, resoudre completement le stade plantule pour voir les conditions meteorologiques, en pleine conformite avec les recrues et d’organiser le temps de livraison. Shenzhen LISIDA has announced the ultraviolet (UV) Optan UVC LED family that will span peak wavelengths ranging from 250 to 280 nm in what is known as the UV-C spectral band. As we covered in our feature on some of the talks at the Strategies in Light conference back in February, there are many potential applications for UV LEDs with life-science applications especially prevalent in the UV-C band.
There are a number of companies exploring different avenues to better UV-C performance, and the Crystal IS approach centers on the use of a native substrate. Shenzhen LISIDA manufactures the AlN substrates and those wafers are far more expensive than sapphire wafers.
The company has also used other techniques from the visible LED sector to maximize photon extraction. Venugopalan, however, also said wall plug efficiency isn’t so important in most target applications as opposed to how the LED source compares to legacy lamps. In an application that requires a narrow-band source, a UV LED light engine might consume only 1W. Shenzhen LISIDA expects that the Optan LEDs will find immediate usage in application such as high-performance liquid chromatography (HPLC) for chemical detection, spectrometers used across life sciences, and water quality monitors. Shenzhen LISIDA is also working on a surface-mount UV-C LED family that will feature a wider beam angle and enable applications such as water purification.
For more details on the UV LED market, see our feature on the UV technology sector published back in 2012.
It is reported that  GSF has invested millions of dollars to transform and update their equipment and indoor growing space that is more than 28,000 cubic meters.
GSF is committed to the construction of the farm in the university campus , hospitals and military bases and other personnel -intensive organizations in future to reduce the amount of food transport mileage of these institutions so that provide more fresh food for them. LED grow lighting factory can accurately control environment within the plant where the plant almost freely grow without the constraints of natural conditions  to accelerate the growth cycle for the early harvest. Zhao Lihua, Minister of Fifteenth China ( Shouguang ) International Vegetable Science and Technology Expo exhibition, told  reporters that photovoltaic ecological agriculture greenhouses in LED grow lighting factory are known as insulation, dust-proof , anti- rain, anti- snow , etc., which is conducive to the formation of plant morphology , fruit coloring and vitamin synthesis, promoting crop’s early harvest , improving quality and increasing production. The 15th China ( Shouguang ) International Vegetable Science and Technology Fair will be opened in Shouguang International Convention and Exhibition Center on April 20 2014 . The best ratio of LED grow light fits different plants growing in different time,of which the wavelength and the brightness is not only the same for sprout and leaves , but is also divided into different color and automatically controlled by the program to give different light . The LED grow light has been  enjoying a great popularity in Plant Factory of Japan, Hong Kong where some of the vacant plant is utilized to grow vegetables and fruits . Panasonic vegetable plant using LED grow light  in Fukushima plant was officially opened on March 17 2014, which can achieve 1380 Nissan vegetables in 1600 square meters factory, these vegetables will be sold in local supermarkets, This is the first implementation of Panasonic industrialized vegetable production .
Vegetable plants use the original digital camera production plant as a production place , which are completely sealed and use the LED grow light, the greenhouse area is ??840 square meters with mainly lettuce crop varieties , including pickled vegetables , spinach and other 16 varieties of vegetables,also including lettuce specialized supplied for the sustain the lives of patients on dialysis potassium consumption.
Vegetable plants will be further improved by heating, cooling and LED grow light control technology to improve crop quality and yield. Philips has a wealth of technical experience has a huge performance over the world, the company’s LED grow light also has excellent dustproof and waterproof performance, and ensure PPFD required by perilla cultivation ( photosynthetic photon flux density ) , therefore , Toyama decided to use the LED grow light. New LED Flood Light And New Moon Light Come into the MarketIn last week, lead opto technology co., ltd launched two new led lights.
LED flood light CL4 adopts curved surface design,which totally breaks the traditional square appearance of led flood light.The curved surface design style redefines aesthetic concept, which brings a refreshing feeling to consumers.
For body materials, the light shell adopts ADC 12 aluminum die casting and spray the powder surface processing craft makes the light appearance more delicate(silver cover matches black radiator).
The biggest advantage of led flood light CL4 is that its fixed support of lamp body can be rotated at 360 degrees so as to adjust the light at any degree.


Firstly, the connection of lamp cap and holder adopts pluggable design, easy to install and convenient for changing light components. Secondly, rotary LED lamp holder design enables the installed lamp cap to rotate at less than 350 degrees, which makes the new moon light can be used in many other lighting places. And finally, the new moon light can be directly fixed with screws on walls, easy to install. It is sure that these new led lights can make your life brighter and beautify your life space. The company manufactures the LEDs based on native aluminum nitride (AlN) substrates and the resulting decrease in defect density will enable the LEDs to displace UV sources such as deuterium and xenon flash lamps in a variety of life science applications. Unfortunately, the efficiency of UV LEDs is limited by the amount of aluminum that is required especially at the shorter UV-C wavelengths. The strategy mirrors that taken by Soraa in the visible-light LED sector with gallium-nitride-on -gallium-nitride (GaN-on-GaN) LEDs.
Venugopalan said the company has used roughened or patterned substrates and thinning of the substrate. He said a typical deuterium or xenon lamp used in an application such as a spectrometer would consume 35W.
The Optan LEDs come in a TO-39 package that is widely used for discrete semiconductor components. The company will equip with 14 planting tower whose height is 7.62 m in two controlled environment growth chamber and adopt Philips energy-efficient LED grow lights to grow certain crops. Moreover ,the size of multilayer cultivation frame in the LED grow lighting factory is several times more than the open farmland with the same area , plus its large planting density , and therefore the production can reach even tens or hundreds of times more than that produced by conventional cultivation, greatly improving the utilization of space. In addition , LED grow lighting factory is the system equipment to provide a suitable environment for the growth of the plant, which is a highly intensive technology internationally recognized as the most advanced agricultural facility and the new mode of production constraint which is not or little affected by the natural conditions, which represents the future direction of agricultural development . Because the environment can be freely controlled in plant factory , carbon dioxide in cultural environment can be greatly increased, so that the efficiency of photosynthesis in plants is increased , the formation and accumulation of nutrients in plant biomass are times more than that of conventional cultivation. The generated electricity can be used to support the daily operation of agricultural equipment shed , but also to the grid . These fruits and vegetables are pile up layer by layer thanks to the required illumination provided by artificial LED grow light .
Establishment of vegetable plants as Japan’s advanced agricultural systems industrialization demonstration project access to the Japanese Sankei province 160 million subsidies. The plant factory is scheduled to start on April 2014 , the goal is to use the cultivated area of about 800 square meters to production of about 200,000 perilla year. The project aims to take advantage of the hot springs and solar power and other renewable energy nd use the LED grow light to d build artificial plant factory aging, and carry out marketing business from the production ( Section an industry ) , processing ( secondary industry ) to circulation sales ( tertiary sector ) in an integrated manner , creating new local products .
According to reports , the use of the LED grow light whose wavelength is most appropriate for plant growth contains infrared LED lighting , the harvest can reach more 2 times than that of Hf fluorescent lamps when consuming the same energy. Larger heat radiating area, great heat dissipation effect, low temperature rise control, and longer lamp lifespan. This panel light’s appearance is like the new moon that is very beautiful and suitable for decoration in living room, bedroom, entrance hall, corridor and table. Dans le passe, la source lineaire de cc est, a un rayonnement a grande echelle, exige beaucoup de l’installation de LED, ce qui rend le cout de production a largement depasse les gains difficiles. Crystal IS director of global product management Hari Venugopalan said that UV-C LEDs grown on sapphire substrates can exhibit efficiency below 1%.
In the UV case, Crystal IS will offer AlN-on-AlN LEDs and the homogenous material approach reduces defects between the substrate and epitaxial layers.
Such a product is not fit for remote battery-powered use outside a lab and the lamps are fragile as well.
But Shenzhen LISIDA says the native substrate has extended projected lifetime by a factor of five to ten relative to other UV-C LEDs.
Initially the company is offering the led grow light over the range of 0.5-2 mW in radiometric output power. This approach also eliminate the harmful pesticides, fertilizers and preservatives used, making the production of an organic increase and almost no chemical additives . LED grow lighting factory combing photovoltaic industry and agriculture will drive the development of green agriculture , truly realizing the efficient green circle agriculture, which is a agricultural ecological construction project combining with organic agriculture , green energy generation, agriculture, tourism and high-tech greenhouse cultivation. In the future the LED grow light will be widely used in the field of flowers, mushroom , herbs cultivation, greenhouse fill light , pest control , etc. Future goal is to turn the plant cultivation to open cultivated plants, so that the cultivated area of city and the county is expanded from Yamada area , creating a handful of perilla Japanese origin . By accelerating the growth rate, planting time can be shortened,which can reduce power consumption by 55% as compared with the original fluorescent lamp.
The integrated design of radiator and panel makes the light a natural led flood light but not led light components combination.
And the new moon penal light is not only can be used as lighting product but also lighting art decoration. Venugopalan said the company has realized a five -order-of-magnitude reduction in defect density relative to UV-C LEDs built on sapphire. Venugopalan said that tweaks to the epitaxial recipe should drive output into the 3-4-mW range later this year.



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Author: admin | 18.06.2015 | Category: Garden Shed Designs


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