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•  7% plus electricity generation on ground at minimum
• 10% plus electricity generation at minimum in case of a breaker installed on ground
• High efficiency generation even during a storm
• 10% plus electricity generation at minimum

 Our bifacial solar panels operate with the least yield loss when they are installed on mobile systems (trackers), which is one of the best methods to make the best of the sunlight and maintain the continuity thereof. It is possible to generate electricity from the sun 10% more during the day by means of using bifacial, glass-glass solar panels installed on trackers. 

•  Ultralight construction
• Resistance to wind load of 155 km/h according to the SAP 2000 report.
• 5% plus electricity generation per m2 at minimum compared to standard solar panels.
• Solar panels with Class AA fire protection fire shields.

• Panels with a local content rate of more than 50%
• Floaters with a local content rate of more than 50%
• Local panel technology
• Local floater technology
• Not prevent the sunlight from reaching the sea
• Bifacial electricity generation through the sunlight reflected on the water
• 7% plus electricity generation per m2 at minimum compared to HDPE standard systems.
• Resistant to waves, wind and punctures
• Moisture resistant, double-glass solar panels with 6 times more endurance
• Salt mist corrosion endurance at the 6th level of severity
• We contribute to the sustainability of the ecosystem, the maximum system lifecycle and cheapest electricity through non-combustible, non-flammable solar panels.

 The glass-glass solar panels from GTC are designed and manufactured with glasses of thicknesses from 1.6mm to 12mm specially for your building and, turn the façade of your building into a solar power plant.  It is possible to use our double-glass modules as integrated with the building within in a smart building concept (such as lower carbon emission and zero electricity cost). 

•  Special, light and thin glassed solar panels
• Sunlight as much as you need
• Greenhouses with lower carbon emissions thanks to specially designed solar panels usable as greenhouse glasses