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Characteristics of the HYBRID Module PV-Therm
The combination module PV-Therm was developed to counteract the sharp fall of voltage and the significant loss of power of crystalline PV modules, when faced with high solar cell temperatures.
During the summer months the solar cells can heat up to 80°C/176°F and lose efficiency. As they become subject to the temperature coefficient of crystalline PV modules, approximately 0.5% of their efficiency performance is reduced for each degree that the temperature rises.
Hot water generated during the day can be stored and tapped into during the cool night hours. If required, the solar thermal water circulation can also be used during the winter months for snow removal and de-icing of the modules, a safer alternative than manual removal. The stored hot water will tremendously reduce the energy needed for gas or/and electric hot water heaters.
The combination module serves two purposes and utilizes less space. In conjunction with the extremely resistant polyurethane frame, the PV-THERM module fulfills all requirements of a reliable and durable product.
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