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--- planning:refurbishment_with_passive_house_components:building_integrated_photovoltaics_bipv_in_step_by_step_retrofitting_projects [2016/01/05 17:17] – created kdreimane
+++ planning:refurbishment_with_passive_house_components:building_integrated_photovoltaics_bipv_in_step_by_step_retrofitting_projects [2016/03/10 17:44] – kdreimane
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   * Another key factor to consider when choosing the right glazing is the negative impact of ultraviolet (UV) radiation into the interiors, on furnishings, and to people. The architectonic photovoltaic glazing filters up to 99% of the ultraviolet radiation. Regarding the light reflection produced by the photovoltaic glass, values go from 7 to 9%. These values are similar to conventional glazing which normally ranges from 6 to 10%.
-{{ :picopen:solar_transmittance_of_conventional_glass_versus_onyx_solar_a-si_photovoltaic_glass._source_onyx.png?600 |}}
+{{  :picopen:solar_transmittance_of_conventional_glass_versus_onyx_solar_a-si_photovoltaic_glass._source_onyx.png?600 |}}
   * ListenpunktThe semi-transparent a-Si photovoltaic glazing systems provides a complete flexibility in transparency without compromising the capability of the natural sun light diffusing into the interior spaces. Depending on the transparency degree, the light transmission can vary from 10 to 30%, which is normally the optimal range for interior space.
-  * Double or triple glazing photovoltaic insulating units can also be incorporated into the project providing improved thermal insulation properties, reaching Uvalues of 0,7W/m2K. The following table shows some properties of the most common glazing configurations.
+  * Double or triple glazing photovoltaic insulating units can also be incorporated into the project providing improved thermal insulation properties, reaching Uvalues of 0,7W/m<sup>2</sup>K. The following table shows some properties of the most common glazing configurations.
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