Published on March 21st, 2016 | by Glenn Meyers1
World’s Largest Solar Glass Envelope To Supply Electricity At Copenhagen International School
Emirates Insolaire produces and distributes colored solar glass and colored PV modules using what is called Kromatix technology. This technology allows solar PV to be integrated into the architectural design of all types of buildings, opening opportunities for building aesthetics to be coupled with enhanced energy savings.
The company indicates it is expecting sales of 50,000 square meters of solar panels and 10,000 pieces of colored PV modules during 2016. The reason? This particular colored glass can enhance the effectiveness of solar panels.
“KromatixTM patented technology provides colored solar glass for both photovoltaic and thermal solar panels. The KromatixTM technology has been developed in close collaboration with the Swiss Federal Institute of Technology [EPFL] and offers the only attractive alternative to the black and dark blue panels, without compromising on the performance, efficiency or architectural designs”
Construction for the school is now underway, with work expected to be completed in June. This project follows a memorandum of understanding signed between UAE and Denmark to boost cooperation in the fields of renewable energy and sustainability.
The solar glass system should produce about 300 MW/h per year, a total which is more than half of the school’s annual electricity consumption
In January this year, Emirates Insolaire presented its Kromatix colored solar panels and photovoltaic modules at the World Future Energy Summit (WFES) in Abu Dhabi. According to the manufacturer, Kromatix modules are capable of generating 170 to 190 watts per square meter for roofs or 110 to 130 watts per square meter for facades.
Last year, Emirates Insolaire completed three colored solar installations:
- 12 kW project on the façade of the Swiss Federal Institute of Technology’s (EPFL’s) ELL building in Lausanne, Switzerland
- 24 kW BIPV system in Basel, Switzerland
- Solar thermal project in Satteins, Austria
“The same installed power would have required, if installed only on the ground or on a roof, an area 3 to 4 times larger,” said Hanbali. “This is, in addition to aesthetics, the considerable advantage of our technology for the cities, which cannot offer enough ground and roof areas for their energy needs.”
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