Solar Glass Articles
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Copenhagen International School - Case Study
The Copenhagen International School’s (CIS) new building is covered by approximately 12,000 solar panels (6,048 sqm) using Kromatix™ blue-green solar glass, integrating the building and the surrounding ocean. It is one of the largest building-integrated solar power plants in the ...
By Kromatix™ SA
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Romande Energy Office - Case Study
The Romande Energy Office located in Préverenges, Switserland is covered by approximately 130m² active and 11m² passive Kromatix™ grey BIPV solar glass. This photo voltaic façade done with Kromatix™ technology created a stunning coloured PV facade. This project development is a Boschetti-Architectes & Somiral & Antec ...
By Kromatix™ SA
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Festo Automation Center- Case Study
German automation company Festo creates engineering-driven designs, from 3D-printing robots and remote-controlled flying objects to automated designs that use biomimicry to catch the wind. The firm now has a brand new office building that is equally innovative. The 67-meter-high (220 feet), diamond-shaped office building has a reinforced concrete structure consisting of 16 floors. Located in ...
By Kromatix™ SA
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Student Experience Amsterdam Minervahaven - Case Study
Amsterdam Minervahaven residence is the latest facility of Student Experience offering sustainable student housing. Amsterdam Minervahaven uses a Building Integrated Photovoltaic (BIPV) facade measuring approximately 3,000 sqm. The Kromatix™ light-grey coloured solar glass hides the internal structure of the solar panel while refracting colour, creating an elegant BIPV solution for solar ...
By Kromatix™ SA
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Bornholms Hospital - Case Study
The Bornholms Hospital in Rønne, Denmark is retrofitted with approximately 1,400 sqm of solar panels using Kromatix™ solar glass. Danish company SolarLab, also responsible for the groundbreaking and award winning CIS project, has produced and mounted the 1,400 sqm solar facade on the hospital in collaberation with ...
By Kromatix™ SA
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Nest Solace Building - Case Study
The NEST SolAce building is covered by approximately 60m² of Kromatix™ blue-green solar glass. Kromatix™ technology is being coupled with photo-voltaic and thermal collectors creating a energy plus building ...
By Kromatix™ SA
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UV-IR Power Meter
XZBELEC Technology specialize in researching and designing optical instruments, including the IR power meter used to test the IR intensity and the UV power meter used to test the UV intensity, at the same time, these power meters can calculate the rejection rate. Especially apply in the test of automotive solar film, insulation film, insulation glass. UV-IR Power Meter FS2150 Sales kit Solar ...
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Solar Film Transmission Meter
LS101 Solar Film Transmission Meter Window Tint Transmission Meter For Glass Film With 365nm UV 950nm IR Rejection 550nm Visible Light Transmittance LS101 LS101 Solar Film Transmission Meter is able to simultaneously measure and display UV, IR rejection value and visible light transmission value. This meter is self-contained light sources and self-calibration. No manual adjustment is needed. ...
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ZigZag solar - ultra high efficiency solar facade system - Case Study
Solar architectural facade by ZigZagSolar in combination with solar panels by Metsolar results in ultra high efficiency characteristics. The name stands for itself – ZigZag can adapt to any architectural need by an adaptive repetition height to customly decorated panels. We provide glass/backsheet solar panels that adapts to every architects vision for efficiency and visual. Not only more ...
By Metsolar
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New Solar Cell Technology to Help lower prices for the consumer
Inkjet Perovskite solar cells may help shape the future of energy production by lowering costs, and transparency Solar panels used to be costly and time-consuming to produce—and quite expensive on the consumer side. New technologies have driven costs as well as production time down, to the benefit of consumers. See what's new with solar panels and where the solar cell technology is going. ...
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Jacobs Halls, UC Berkeley - Berkeley, CA - Case Study
Rooftop - Size: 50KW - GxB 300W Jacobs Hall is the brand new home for University of California, Berkeley’s Jacobs Institute for Design Innovation in the College of Engineering. The building was built to embody the values of the institute itself: “a place to explore, a place to connect and a place to learn design innovation by doing design innovation.” Now, it has an advanced ...
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Case study - Future Business Centre - Cambridge
System kWp: 4.6 Area: 57 m sq Inverter: Aurora Modules Used: PS-A opaque, PS-C transparent Double Glazed Unit (DGU) Polysolar was requested to provide the PV glazing for the stairwell curtain walling and the decorative rainscreen cladding. This saw the first truly transparent curtain wall elements employed in the UK and a BREEAM rating of Excellent. Objective: Generate renewable energy ...
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In situ indium–induced crystallisation of low temperature nano–poly silicon (LTNPS) thin film on ITO glass substrate
For the first time, the low temperature nano–poly silicon (LTNPS) thin films were formed on indium tin oxide (ITO) glass with a temperature of ∼200ºC using the in situ indium–induced crystallisation of the plasma enhanced CVD (PECVD) deposited a–Si. Compared with the conventional method for transfer of the PECVD formed amorphous structure to the nano–poly one, the technology features a low ...
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How to take care of your solar lights in winter
Most sun powered items survive the winter fine and dandy the length of you keep scoops, snow blowers and chemicals far from them. Others, on the other hand, truly ought to be taken inside. This article audits what ought to come in and how to store them appropriately, and what how to deal with sun oriented lights that will stay out for the winter. Items to Take for Protection against Freezing ...
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Transparent conducting oxides superstrate for thin film solar cells: an industrial prospective
The demand for a TCO coated glass substrate as a base material and front electrode of the solar cells is expected to grow very strongly in the next few years. Therefore it is crucial to prepare the industrial tools and proper glass compositions to meet this very impressive demand. Mass production of extra clear glass and atmospheric pressure thermal CVD tool installed directly on the float glass ...
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